H.E.M.E Blog

Whether it’s aerospace, automotive or agriculture, the critical importance of hydraulic cylinders cannot be understated. They play a crucial role in the machines, providing the force needed for pushing, pulling and lifting. However, the degree of wear and tear they experience can damage the seals of these components, leading to issues with performance and efficiency. In this blog, H.E.M.E explains when and why cylinder seals should be replaced to prevent costly breakdowns and delays. Contact our team today for hydraulic cylinder repair in Queensland. 

When to Replace Hydraulic Cylinder Seals 

Regular inspection of seals for the following signs could help prevent costly hydraulic cylinder repairs. 

Fluid Leaks

Fluid leakage is an obvious sign that the seal of a hydraulic cylinder is failing. If you notice oil seepage around the cylinder or end caps, the seals may need to be replaced.

Reduced Performance

If you notice a drop in efficiency, a reduction in power, unsteady movement or any other signs of the machine slowing down, it is possible that the seals need to be checked and perhaps replaced due to lack of pressure. 

Hydraulic Fluid Contamination 

A key issue with hydraulic cylinder design in Emerald, just like anywhere else in the world, is that a worn-out seal could lead to dirt, debris and moisture entering the fluid. When the fluid is compromised, it could lead to increased friction, internal damage and overheating. 

Visible Seal Damage

We recommend performing regular visual inspections to spot signs of cracks and tears. If there is visible damage, it’s time to call a professional for hydraulic cylinder repair in Queensland.

Custom Hydraulic Cylinder Design in Emerald

Regular maintenance and replacement of hydraulic cylinder seals is one of the most effective and budget-friendly ways to get the most out of your machines. Here at H.E.M.E, we recommend replacing the seals at the first sign of a reduction in performance or a drop in pressure. Keep in mind that high-pressure applications and extended use can severely damage seals, which leads to loss of productivity and potential safety hazards.

Contact H.E.M.E today for cutting-edge hydraulic cylinder repairs, fabrication and hydraulic cylinder design in Emerald. 

We live in a world that relies on complex engineering to keep our systems working as they should. From aeroplanes to large-scale agricultural equipment, much of our technology depends on small but critical components that must be precise to function. Today, CNC (Computer Numerical Control) machines allow engineers to create highly intricate parts with remarkable consistency so that all our most critical pieces of equipment can run smoothly and safely.

Aerospace Engineering

The aerospace industry must conform to extremely high standards. Many of these standards are met by highly precise components manufactured using precision machining to ensure safety under extremely demanding conditions. Aeroplane engine parts, turbine blades, landing gear parts and many other critical components rely on this technology to function properly. 

Automotive Sector

Modern automobiles are heavily reliant on precision machined parts to ensure efficiency. From braking systems to advanced transmission systems, everything relies on precise engineering for durability, performance and efficiency. 

Healthcare Industry

The medical industry owes much of its technological development to precision machining techniques. It is used to create surgical instruments, advanced prosthetics and diagnostic tools which have transformed how medical professionals treat a wide range of ailments and conditions. 

Electronics and Semiconductors

CNC machining is perhaps the only technology that can guarantee flawless performance in some of our most important electronics. Circuit boards, microchips and electronic components require highly precise manufacturing techniques to create more compact electronics with greater processing power. 

Energy Industry 

The complex energy generation systems that run our daily lives depend on CNC machining for components that must perform even under intense pressures and high temperatures. From nuclear to wind, oil and gas, every system requires parts that are reliable, durable and efficient. 

Custom Precision Machining in Queensland

With a team of experienced professionals and customer service that exceeds expectations, H.E.M.E has cemented its place as a leader in precision machining in Queensland. Contact us today for world-class CNC machining, custom designs and more. 

Precision machining in Queensland is a specialised manufacturing process that is used to create extremely precise parts and components for tools and machines. It is a critical process that plays a central role in agriculture, aerospace, automotive and even electronics. When you need extremely reliable manufacturing, this technique is the most effective choice. In this blog, H.E.M.E explains how it works, and the many benefits associated with it. 

How Does Precision Machining Work?

Precision machining uses computer-controlled machines to cut, shape and finish materials like plastic, metal and composites to exact specifications. It also uses lathes and milling tools to ensure unbeatable accuracy. 

What are the Steps Involved? 

Here are the key steps involved in precision machining in Queensland: 

• The process begins with engineers who create a digital model using CAD software 


• Next, the right material is selected, considering factors such as durability, longevity and density 


• CNC machining is used to cut, shape and finish the material to exact specifications 


• Rigorous quality inspection is conducted to ensure that the parts meet the expected standards 

The Benefits of Precision Machining

Precision machining is an invaluable technique that benefits a wide range of industries. Here’s why clients trust our machining services: 

• The process yields parts and components that perform flawlessly with tight tolerances 


• Automated machines ensure consistent quality even during mass production 


• Lowers manufacturing costs by reducing wastage and material loss 


• This is a highly versatile process that is used in a wide range of industries such as manufacturing, aerospace, healthcare and more. 

Common Applications of Precision Machining 

Precision machining in Queensland is a high-quality process that is used to enhance a wide range of industries such as: 

• To produce extremely durable and precise aircraft components 


• Used in the production of surgical and prosthetic implants 


• Engine parts and transmission components are created using precision machining 


• Circuit boards and extremely small parts for electronics 

World Class Engineering Services for Industries in Queensland 

Precision engineering defines the very pinnacle of advanced engineering. The process is crucial to a wide range of industries and allows professionals to create more complex and reliable products. Contact H.E.M.E today for assistance with heavy metal fabrication and precision engineering of critical components. 

Hydraulic cylinders are perhaps the most important components in a wide range of sectors. Whether it’s an industrial unit, an agricultural location or a construction site, hydraulic cylinders are used in nearly every machine of critical importance. However, due to the immense wear and tear that they experience, they are prone to becoming damaged, which can cause delays and compromise safety. In this blog, H.E.M.E explores the most common problems faced, and how timely hydraulic cylinder repairs can ensure that your operations are never interrupted. 

Hydraulic Fluid Contamination 

Hydraulic cylinder seals are prone to seal wear and scoring, primarily due to exposure to dirt, debris and metal particles in the hydraulic fluid. The best way to prevent this is to always use high-quality hydraulic oil and perform regular hydraulic cylinder repairs to prevent breakdowns. 

Overloading and Excessive Pressure

One of the best ways to prevent expensive hydraulic cylinder repairs is to ensure that the cylinder does not experience loads beyond its capacity. Overloading can lead to blown-out seals, bent rods and structural damage. Always stay within the pressure limits specified by the manufacturer. 

Misalignment and Side Loading

Hydraulic cylinders are designed to withstand great forces, provided they are applied at the correct angle. Forces experienced from an improper angle can damage seals and rods, however, this can be prevented with proper mounting alignment, spherical bearings and regular inspections when you conduct your regular hydraulic cylinder repair in Queensland. 

Hydraulic Cylinder Repairs Due to Environmental Factors

No matter how advanced your hydraulic cylinder design in Emerald may be, there’s no getting around the damage caused by environmental factors. From moisture to chemicals, harsh weather and more, there are many ways in which a cylinder can become weak or corroded. Experts recommend ensuring regular lubrication and corrosion-resistant coatings for better protection. 

Poor Maintenance

Even the best hydraulic cylinder design in Emerald is sure to be compromised by neglect. The most common issue with these components is lack of maintenance which reduces lifespan and reduces functionality. Always perform regular maintenance checks, ensure lubrication and replace seals before they wear off. 

High-Quality Hydraulic Cylinder Repair in Queensland

When you need high-quality repairs or custom hydraulic cylinder design in Emerald, look no further than H.E.M.E. Contact us today for more information on hydraulic cylinders for manufacturing units, farms and more.

Structural fabrication technology has seen several developments over recent years. These innovations have enhanced efficiency, improved precision and also included sustainable practices in Queensland. In this article, H.E.M.E explores some of the most fascinating new techniques such as digital modeling and more, all of which have benefited businesses as they seek to expand in a competitive global market.

Advanced Design with CAD and BIM

Computer Aided Design, also known as CAD, and Building Information Modelling (BIM) have transformed precision within the industry through advanced digital capabilities. They have made it easier to create extremely accurate designs while significantly reducing material wastage. With these technologies, engineers can collaborate with greater ease and efficiency. 

CNC Machining & Automation

Computer Numerical Control (CNC) has made automated fabrication accessible to industry professionals across Queensland. It allows engineers to automate several processes such as cutting, drilling and shaping with unprecedented precision. This technology has increased production speed and reduced reliance on manual labour, thereby ensuring consistent results. 

Laser & Plasma Cutting 

Revolutionary laser technology has made it possible to create products and components at high speed with ultra-precise shaping of different materials. Whether it’s steel or aluminium, laser and plasma cutting ensure that intricate components can be created, even with thicker working pieces. 

Robot Welding & Smart Assembly

With AI-assisted automation on the rise, master fabricators can significantly reduce human error, improve productivity and ensure a high degree of safety even in large-scale projects. 

3D Printing & Additive Manufacturing

3D printing may just be the most disruptive technology in the fabrication industry. It has made it possible for extremely complex, customised components to be manufactured in an accessible and budget-friendly way. 

Sustainable Materials & Smart Coatings

As global industries shift their focus towards more sustainable practices, the fabrication sector has led the way by adopting recycled steel and advanced coatings that improve longevity, especially under challenging environmental conditions. 

Innovative Metal Fabrication Solutions in Queensland 

Structural Fabrication in Queensland is reaching new heights with the help of futuristic technologies. Here at H.E.M.E, we stay ahead of the curve by providing our clients with cutting-edge fabrication capabilities that transform productivity in a wide range of industries. Contact us today for precision fabrication services for your sector. 

Productive agriculture relies on a number of different factors, with irrigation playing perhaps the most significant role. Over the years, H.E.M.E has provided Queensland’s diverse farming sector with cutting-edge engineering solutions that improve efficiency and enhance resilience. Contact us today for innovative agricultural solutions in Bowen Basin. 

Understanding Water Needs

Identifying the best irrigation system for your needs begins with assessing your farm’s water requirements. We recommend getting a clear idea of the area that needs to be irrigated, the type of crop and the composition of the soil. Climatic conditions also play a role, as Queensland’s hot summers and varying rainfall patterns can alter irrigation needs suddenly. The irrigation system that best suits your needs will also depend on whether you source water from a bore, dam, river or municipal supply. 

Choosing the Right Irrigation System

Here are the most commonly used irrigation systems in Queensland: 

• Drip irrigation systems are best for orchards, vegetables and row crops because they are efficient and minimise evaporation 


• Sprinkler systems are most effective for pastures and broadacre crops 


• Flood irrigation is ideally suited for large-scale farms that grow crops like rice and sugarcane 


• Micro sprinklers provide excellent coverage while conserving water 


• Subsurface irrigation is the best option for precise and underground water delivery in regions where water is in short supply. 

Government Subsidies

The Queensland government provides grants and rebates to farmers who use irrigation systems that are aligned with local water usage guidelines. Contact your local council to learn more about incentives for water-saving irrigation systems.

Professional Agricultural Solutions 

Whether you’re looking for innovative agricultural machinery in Emerald, or need help designing the perfect irrigation system, working with engineering specialists like H.E.M.E can transform how your farm functions. Contact our team today to discuss your farm’s needs. 

High-Quality Irrigation and Agricultural Machinery in Emerald 

When you need agricultural solutions that yield reliable, observable results, H.E.M.E is the engineering partner you need. Contact us today for heavy metal fabrication, refurbishment and custom system designs. 

Choosing the Right Engineering Equipment in Emerald

Investing in specialised engineering equipment can sometimes be challenging because of the endless options on the market and the often-significant cost involved. The priority for every project is to find equipment that gets the job done efficiently while ensuring a return on investment. With that in mind, the team at H.E.M.E has created a handy guide to help industrial professionals make the right choice for their worksite in Queensland. 

Factors to Consider Before Selecting Engineering Equipment 

Purchasing engineering equipment in Emerald is much easier when you consider these factors: 

Servicing and Spare Parts

Project efficiency is about more than just acquiring world-class equipment, it also requires reliable servicing and access to genuine spare parts when you need them most. Be sure to work with manufacturers who can service your machinery regularly and get you the spare parts you need with minimal downtime. 

Nature of the Project

The scale and scope of a project will play a critical role in helping you determine the kind of equipment you need. For example, most heavy duty tasks can be accomplished with standard machinery, however, there are situations where custom equipment and attachments are needed to get the job done. Industries such as aerospace and mining may require precision machinists to create specific components that perform specialised tasks.  

Ease of Use 

No matter how advanced the equipment may be, the best indication of how productive it is lies in its usability. Whether it’s a machine from a world-renowned brand or a custom fabrication one from a local manufacturer, it should streamline processes, be easy to use and ultimately boost efficiency. 

Durability 

If you work in mining, agriculture or construction, you’re well aware of the unique environmental challenges that accompany industrial work in Australia. Your equipment must be able to withstand extreme heat, strong winds, dust and salt corrosion while performing at the highest levels. 

Custom Engineering Solutions for Australian Industries 

H.E.M.E is a leading manufacturer of specialised engineering equipment in Queensland. Whether it’s a mining, aerospace or infrastructure project, we deliver innovative solutions for fabrication, CNC machining, plasma cutting and more. Contact us online to discuss your specific requirements or get in touch for a free quote today! 

How Metal Fabrication Supports Agriculture in Queensland

H.E.M.E is proud to be a part of Queensland’s diverse agricultural legacy. For decades, we have supported livestock and food producers through fabrication solutions that address a wide range of needs. From custom heavy metal fabrication to hydraulic repairs, our team provides clients with exceptional technical knowledge, friendly customer service and a solution-oriented mindset that aims to boost productivity. In this blog, we explore the many ways in which fabrication can transform the way a farm functions. 

Modifications and Repairs 

With a specialised metal fabrication expert by your side, you can always find novel agricultural solutions to specific problems. Fabrication experts like H.E.M.E can repair farm equipment with minimal downtime, modify existing machines to handle new farm related tasks and design custom attachments that aren’t readily available. 

Custom Solutions 

With custom designed solutions just a phone call away, agriculture professionals can think in a truly free and versatile way. Whether you’re operating a large farm, experimenting with new methods or trying to find specific solutions for tough environmental conditions, a fabrication team can help you by understanding the problem and recommending reliable engineering solutions.  

Hydraulic Repairs

Fabrication is often a necessary part of hydraulic repairs. Hydraulic systems are in many ways the backbone of farm equipment because they generate most of the power. However, they also undergo tremendous wear and tear, and require regular maintenance, and sometimes critical repairs.

Pumps and Bores 

Perhaps the most critical input for any agricultural location is water. Whether it’s for maintaining livestock or irrigating crops, lack of access to water can stop an entire operation in its tracks. In areas where access to water is a challenge, bores are dug into the ground to access stores of water deep underground. These techniques require extremely durable and specialised water extraction equipment that is expected to withstand a great deal of wear and tear. Metal fabrication techniques are commonly used to create custom systems that can stand the test of time. 

Cutting Edge Agricultural Solutions in Queensland 

H.E.M.E has decades of experience supporting Queensland’s local agricultural sector with metal fabrication, hydraulic repairs, maintenance and equipment modifications.Contact us online to find custom agricultural solutions for your farm or request a free quote from our team. 

The Importance of Structural Fabrication in Queensland

Structural fabrication refers to several processes that involve the cutting, bending and shaping of large steel components to exact specifications. By combining years of expertise and advanced software tools, H.E.M.E has established itself as an industry leader for large scale steel fabrication projects in mining, infrastructure and agriculture. Join us to explore the reasons why quality is particularly important in large scale fabrication. 

Why Quality Matters in Structural Fabrication 

Poor quality in structural steel can have a negative impact on safety, longevity and the efficiency of a project. Here’s why quality is so important:

Safety

Structural steel fabrication in Queensland is widely used in public infrastructure. Low quality fabrication is more likely to corrode, buckle under certain environmental factors and lead to catastrophic failure that could endanger the safety of Queensland residents. 

Longevity 

Queensland is a region that experiences a wide range of climatic conditions. The demands placed on fabricated structures is significant and as such, must be accounted for during every project. Poor quality materials will break down more quickly, require frequent maintenance and costly repairs that are time consuming and inefficient.

Project Costs 

Large scale fabrication projects cannot afford to keep reworking structures and experiencing delays. High-quality work is reliable, free from defects and the best way to achieve a guaranteed return on investment. Doing the job right the first time means that all stakeholders get the value they’re looking for, whether they are investors or members of the public. 

Quality of the Fabrication Company

There’s more to quality fabrication than just material integrity. For the very best results, structural fabrication must be carried out by an experienced team of professionals who insist on meeting the highest standards. A fabrication service provider should always have a thorough material inspection process, stringent testing processes, a commitment to compliance and all the necessary certifications. 

Industry Leaders in Quality Structural Steel Fabrication 

With decades of experience supporting Queensland’s large industries, H.E.M.E is trusted by clients across the state when it comes to delivering quality fabrication. To learn more about the various applications of fabricated steel and our streamlined quality control processes, contact our team online, or get in touch for a free quote today! 

Choosing a Partner for Precision Machining in Queensland

When your project relies on high-quality precision machined parts, it is advisable to collaborate with a machining service provider who demonstrates all the important qualities you need. Whether you need a single custom part or large-scale component production, the factors to be considered before hiring an expert remain the same. In this blog, H.E.M.E offers advice on how to find the right precision machinist for your project. 

What Makes a Great Precision Machining Service Provider?

Precision machining in Queensland requires advanced equipment that is capable of executing complex tasks. However, the abilities of the operator are just as important. Here are the qualities to look for in an exceptional service provider. 

Equipment Capabilities

The service provider must have access to a variety of equipment so that you can get everything you need under one roof. Turning, grinding, micromachining and saw machines should be available along with the personnel who can operate them. 

Familiarity With Different Materials

Knowledge and experience with different materials will allow a machinist to find the most effective solutions and anticipate potential issues that could arise due to its properties. A trained machine operator is in a position to offer advice that could yield better results, reduce wastage and minimise cost. 

Production Capacity

Be sure to select a service provider who can meet your production needs. Many companies will have minimum quantity requirements that could range from low to high volume, while others may offer various pricing structures that include prototype designs and more.

Reputation

Along with skill and experience, it helps to consider reputation and longevity. Service providers who have been in the game a long time are more likely to be stable even during economical ups and downs. 

Flexibility

The most important factor is, without a doubt, a machining company’s ability to be flexible. We live in a rapidly changing global economic system in which competition is fierce and the ability to adapt to new requirements is key. Your machine specialist should be able to provide you with flexible services for new parts, prototypes and order volumes. 

Trusted CNC Machining Specialists in Queensland

H.E.M.E is a locally owned business with a proud history of providing industry leading engineering solutions to industries across the county. Whether you’re in mining, civil work, agriculture or heavy metal fabrication, contact us online for tried-and-tested precision machining solutions. 

Better Lifespan With Hydraulic Cylinder Repair in Queensland

When it comes to essential components in an industrial machine, the humble hydraulic cylinder is often overlooked. It is an essential part of any equipment because it helps create the force and motion needed to operate it. This also means that it experiences a tremendous amount of wear and tear and must be kept in optimal condition to ensure machine performance and longevity. Join the team at H.E.M.E as we discuss the importance of hydraulic cylinder repair in Australia. 

The Benefits of Regular Hydraulic Cylinder Maintenance 

Hydraulic cylinder repair in Queensland should be a regular part of every industrial equipment maintenance checklist. The performance of this component has a drastic impact on the reliability and lifespan of equipment. Here are just a few reasons why hydraulic maintenance is so important: 

• Regular maintenance extends the lifespan of a machine by preventing damage to other parts of the machine, reducing the chance of costly breakdowns and time consuming repairs
• A properly functioning cylinder will last longer, allow other components to function properly, and generate the force needed to make the machine productive and efficient
• If left unaddressed, damage to a hydraulic cylinder can have a knock-on effect on other expensive parts of a machine and also put operators and other personnel at risk.
• Routine maintenance and timely repairs are the best way to lower operating costs and save money on new components.

When do Hydraulic Cylinders Need Repair? 

Here are some tell-tale signs that a machine’s hydraulic cylinders need repair: 

• If you see fluid on the piston rod, it could be a sign of internal damage to the piston or of a seal that’s worn out.
• The seal of a hydraulic cylinder is subject to high temperatures, abrasive chemicals and extreme wear and tear. This can lead to erosion or cracks in a seal, which is why they must be inspected on a regular basis.
• A hydraulic cylinder in good condition will operate quietly, so if you hear loud, unpleasant noises from the unit, it is possible that there are air bubbles or insufficient liquid. 
  Trusted Hydraulic Cylinder Repair Specialists 

Does your work site rely on high-performance hydraulic cylinders? Contact the team at H.E.M.E for quick and effective repair and maintenance services in Queensland. 

Improve Quality With Precision Machining in Queensland

Precision machining describes a set of manufacturing processes that use advanced machinery to produce components and parts with extremely fine measurements. It plays a crucial role in several industries such as aerospace, automotive and medical because it offers an unprecedented degree of precision while minimising material waste. In this blog, H.E.M.E explains why cnc machining in Queensland is a tried and tested way to improve quality and reduce wastage. 

What is Precision Machining? 

When manufacturers need a high level of precision for critical industrial components, they turn to computer controlled machine tools for precision machining. These machines use a subtractive manufacturing that cuts away unwanted material from a block to create the part that’s needed. 

Types of Precision Machining 

Precision machining is used in several different settings and offers a wide range of cutting tools for industrial processes. The most important types of precision tools are: 

• CNC milling machines that use rotary cutters to remove material. Users can alter the direction, angle, pressure and tool speed to create different effects.
• CNC turning machines that rotate the workpiece on a central axis to cut in a linear fashion
• CNC drill presses hold the workpiece stationary while a rotating drill bit moves around it to create the component.
• Precision grinders use abrasive grinding wheels to create a consistently flat surface with a smooth finish 

Benefits of Precision Machining

Whether it’s a CNC milling, grinding or turning machine, each offers a wide range of benefits such as: 

• Superior quality through unparalleled accuracy and precision. CNC machining tools are capable of delivering high-quality results consistently
• Streamlined production processes in which automation, computer modelling and other techniques drastically improve cost-efficiency and reduce time
• Computer modelling and automation tools manufacture products in the most efficient way, every time. This results in a marked decrease in material wastage
• Precision machining tools can be used with a wide range of materials such as plastics, metals and composites.
• The applications of this technology are limitless, with CNC machining now playing a central role in construction, automotive, aerospace and defence industries
• With computers handling the modelling of parts, the sky's the limit when it comes to what a precision machining tool can do. These tools support innovation by enabling professionals to create custom designed parts to exact specifications.
• CNC Machining Services for Mining and Aerospace

If you’re in need of precision machining services that set the highest standards in Australia, you’ve come to the right place. H.E.M.E enables industrial professionals to create reliable, consistent and customisable components for high-precision engineering needs. Contact us today for unparalleled quality and efficiency. 

Choosing the right materials for precision machining is crucial to achieving the desired outcome in any project. As a leader in Queensland precision machining, H.E.M.E. knows the importance of selecting materials that meet the specific needs of your industry. Our expertise in the field allows us to provide high-quality components with exceptional accuracy and reliability.

What is Precision Machining?

Precision machining involves the use of computer numerical control (CNC) machinery to create intricate and highly accurate components from raw materials. The choice of material significantly impacts the machining process, the quality of the finished product, and the overall efficiency of the project. Below are some key considerations for selecting the right materials for precision machining.

Material Properties

Understanding the properties of different materials is of the utmost importance. Metals such as aluminium, steel and titanium are typically used in precision machining due to their strength, durability and machinability. Each material has unique characteristics that make it suitable for specific applications. For example, aluminium is lightweight and corrosion-resistant, making it ideal for aerospace components, while steel offers superior strength for heavy-duty industrial parts.

Machinability

The ease with which a material can be machined is an important factor to think about. Materials with good machinability reduce wear on cutting tools, enhance surface finish and improve overall efficiency. We consider factors such as hardness, toughness and thermal conductivity to determine the best materials for precision machining. For instance, brass and copper alloys are highly machinable and are often used in electrical components and fittings.

Application Requirements

The intended use of the machined component dictates the choice of material. In industries like mining, civil and agriculture, components need to stand up to harsh Queensland environments and heavy loads. Therefore, selecting materials with high strength, resistance to wear and tear and excellent thermal stability is a must. We ensure that the materials chosen align with the specific requirements of each project to guarantee optimal performance and longevity.

Cost-Effectiveness

Balancing material costs with project budgets is make-or-break to most projects. While high-performance materials may offer superior properties, they can also be more expensive. We work closely with our clients to select materials that provide the best value without compromising quality or performance. By considering both material costs and machining efficiency, we deliver cost-effective solutions that meet project goals.

Make sure you choose the right materials for your next Queensland precision machining project with the help of the experts at H.E.M.E. Contact us online or call 07 49 823 001 to see how today!

Automation is revolutionising various sectors, and agriculture is no exception. H.E.M.E., inspired by Queensland’s rich agricultural history, has been at the forefront of supporting farming professionals with comprehensive engineering services. We aim to provide efficient and personalised services for agricultural machinery, ensuring sustainability and productivity in farming practices.

Employing Technology

Automation in agriculture refers to the use of advanced technologies and equipment to perform agricultural tasks with minimal human intervention. This shift towards automation offers numerous benefits, including increased efficiency, reduced labour costs and enhanced precision in farming operations. The integration of automated systems can significantly improve the effectiveness of agricultural solutions.

Streamline Repetitive and Labour-Intensive Work

One of the primary advantages of automation is the ability to perform repetitive and labour-intensive tasks quickly and accurately. Automated machinery can handle activities such as planting, harvesting and irrigation, freeing up farmers to focus on more strategic aspects of their operations. By incorporating automation, agricultural solutions offer greater productivity.

Data Collection and Analysis

Data collection and analysis is another area that can be streamlined. Modern agricultural equipment is often equipped with sensors and GPS technology, allowing farmers to gather real-time data on soil conditions, crop health and weather patterns. This data-driven approach enables farmers to make informed decisions, optimising resource use and enhancing crop yields. The implementation of such agricultural solutions leads to more sustainable and profitable farming practices.

Precision Farming

Another significant benefit of automation in agriculture is the potential for precision farming. Automated systems can apply fertilisers, pesticides and water with pinpoint accuracy, reducing waste and minimising environmental impact. Precision agriculture not only conserves valuable resources but also promotes sustainable farming practices by reducing the use of chemicals and runoff into nearby ecosystems.

Safety and Well-Being of Farmers

Lastly, automation increases the safety and well-being of farm workers. By taking over hazardous tasks, automated machinery reduces the risk of injuries and exposure to harmful substances. This ensures a safer working environment, attracting more people to the agricultural sector and addressing labour shortages that many farms face.

H.E.M.E. proudly continues to support Queensland farming professionals with comprehensive engineering services of all types. See the role automation has to play by calling 07 49 823 001 or contacting us online today!

Conveyor systems are integral to various industries, ensuring the smooth and efficient movement of materials. H.E.M.E. has been a trusted provider of engineering solutions in Queensland for many years. However, even the best conveyor systems can encounter issues, particularly with pulleys. Here, we discuss common conveyor pulley problems and how to address them.

Misalignment

Issue: Misalignment of conveyor pulleys occurs when they are not positioned correctly, causing the belt to run off track. This can lead to uneven wear and damage.
Fix: Regularly check pulley alignment using a laser alignment tool. Adjust the pulleys to ensure they are parallel and correctly positioned relative to each other.

Slippage

Issue: Slippage happens when the belt slips over the pulley instead of gripping it, often due to insufficient tension or worn-out surfaces.
Fix: Ensure proper tension in the belt. Use a tension gauge to adjust the tension according to manufacturer specifications. If the pulley surface is worn, consider resurfacing or replacing it.

Bearing Failure

Issue: Bearings in the conveyor pulley can wear out or fail due to excessive load, inadequate lubrication or contamination.
Fix: Regularly inspect and lubricate bearings. Use high-quality, suitable lubricants. Replace bearings at the first sign of wear or damage.

Material Build-Up

Issue: Over time, material can build up on the pulley, causing imbalance and excessive wear.
Fix: Schedule regular cleaning of the pulleys to remove any build-up. Consider installing scrapers or brushes to keep the pulley clean during operation.

Shaft Wear

Issue: Shaft wear can occur from friction and heavy loads, leading to instability and failure of the conveyor pulley.
Fix: Inspect shafts regularly for signs of wear. Use appropriate lubrication and consider using harder materials or coatings to extend shaft life.

Lagging Damage

Issue: The lagging (cover) on pulleys can become damaged due to abrasion or poor installation, affecting the grip and performance.
Fix: Replace damaged lagging promptly. Use high-quality materials for lagging and ensure proper installation to prevent premature wear.

Noise

Issue: Unusual noises often indicate underlying issues such as misalignment, bearing failure, or material build-up.
Fix: Investigate and address the cause of the noise. Regular maintenance and inspections can help prevent noise-related issues.

Overloading

Issue: Overloading the conveyor can put undue stress on the pulleys, leading to premature failure.
Fix: Adhere to the conveyor’s load capacity specifications. Implement load monitoring systems to prevent overloading.

Make your conveyor pulleys work for you with H.E.M.E. We’re your professional mining machinists in the Central Highlands. Contact us online or call 07 49 823 001 for answers to all your questions.

Metal machining techniques are important when looking to achieve precision and efficiency. H.E.M.E., established in 1997, is a trusted provider of high-quality metal machining, sandblasting, precision machining and hydraulic cylinder design in Queensland. Here, we compare three common metal machining techniques.

Drilling 

Drilling is one of the most fundamental metal machining processes, used primarily to create cylindrical holes in a workpiece. This technique involves a rotating drill bit that advances into the material to produce holes of various sizes. Drilling is highly efficient for creating straight, round holes and is commonly used in applications such as construction, manufacturing and automotive industries.

Advantages:

• High precision for creating holes.
• Suitable for a wide range of materials, including metals, plastics, and wood.
• Fast and efficient for repetitive tasks.

Disadvantages:

• Limited to cylindrical holes.
• Potential for tool wear and breakage if not properly managed.
• Depth limitations based on drill bit length.

Turning

Turning is a metal machining process where the workpiece rotates while a cutting tool removes material to shape it into a desired form. This technique is typically performed on a lathe and is ideal for producing cylindrical parts, such as shafts, rods and bushings. Turning allows for precise control over dimensions and surface finishes.

Advantages:

• High precision and excellent surface finish.
• Suitable for creating both external and internal features.
• Versatile for producing a variety of shapes and sizes.

Disadvantages:

• Primarily limited to cylindrical and conical shapes.
• Requires skilled operators for complex parts.
• Slower process compared to some other machining techniques.

Milling

The milling metal machining process involves the use of rotating multi-point cutting tools to remove material from a workpiece. This process can create a wide variety of shapes, including flat surfaces, slots and complex contours. Milling machines are versatile and can handle a range of materials, making them essential in industries such as aerospace, automotive and tooling.

Advantages:

• Capable of producing complex shapes and intricate details.
• Suitable for both horizontal and vertical surfaces.
• High flexibility in terms of workpiece materials and sizes.
  
  

Disadvantages

• Higher setup and tooling costs.
• Requires more space compared to drilling and turning machines.
• Potential for increased tool wear with complex operations.

H.E.M.E. is your go-to in the Central Highlands for metal machining. Discover our professional personalised service today by calling 07 49 823 001 or getting in touch online. 

The introduction of agricultural machinery in Queensland led to a transformation of the farming sector. Innovative machines and systems that facilitated processes such as planting, sowing, harvesting and irrigation allowed farmers to greatly enhance productivity and keep up with the demands of a growing nation. Here at H.E.M.E, we are proud to be a part of Australia’s rich agricultural tradition, with heavy metal fabrication services that repair, refurbish and modify farming machinery. Contact us to explore how agricultural machinery in Emerald maximises efficiency. 

Precision machining is one of the most advanced forms of fabrication. It includes a number of techniques such as cutting, milling, turning, grinding and more, each performed at the highest levels using advanced technologies. Precision fabrication plays a key role in the automotive, aerospace and medical industries. As the global community moves towards a more sustainable future, the field of metal machining has done its part in developing eco-friendly practices. In this article, H.E.M.E explores how sustainability is achieved in metal machining. 

Structural fabrication in Queensland is an umbrella term for a number of processes that aim to bend, cut and reshape steel to suit the precise requirements of architects and contractors in Queensland. When combined with innovations such as CNC cutting and 3D modeling, structural fabrication becomes an exact science, allowing professionals to build complex structures using prefabricated components with relative ease. In this article, H.E.M.E explores the pivotal role that heavy metal fabrication plays in infrastructure development.

High-quality conveyor pulley systems are one of the most important parts of a successful mining site. These units are the backbone of mining operations and require precision engineering to withstand the wear and tear that is to be expected on any Australian mining site. Even though these products are made to withstand industrial conditions, their performance and durability is dependent on the material used to coat them. In this article, H.E.M.E explores some common types of conveyor pulleys. 

Metal machining is a specialised field of fabrication that includes all techniques that remove and shape metal materials for specific uses. This process is commonly used in the manufacture of equipment parts, infrastructural components and other aspects of industrial work. In this article, H.E.M.E covers the various methods of metal machining seen in Australia such as turning, drilling and milling. 

Inspired by Queensland’s rich and diverse history of agriculture and farming, H.E.M.E has proudly supported farming professionals with comprehensive engineering services such as precision machining, equipment repair, routine maintenance and more. With our team by your side, you can rest assured that efficient and personalised services for agricultural machinery in Emerald are just a phone call away!

A conveyor pulley is a specialised rotating device designed to support and guide conveyor belts. This plays an essential role in the efficient operation of material handling systems. H.E.M.E specialise in conveyor overhaul and structural fabrication services to enable the seamless transportation of goods and materials. Below, we take a closer look at the importance of conveyor pulleys for various industries in Queensland.

When it comes to engineering equipment, one size rarely fits all. That’s why custom metal fabrication is such an invaluable tool for projects, whether agricultural, civil or mining. H.E.M.E. specialises in design, fabrication, machining and manufacturing services for businesses across a range of sectors in Queensland. Below, we look at the benefits of custom metal fabrication for enhancing engineering solutions. 

Agricultural machinery and farming technology has rapidly evolved over the past few years, driving new efficiencies in the way we can grow and manage crops as well as livestock. As experts in precision machining in Queensland, H.E.M.E. plays an important role in helping local agricultural industries increase yields and reduce costs for farmers.

Hydraulic cylinders play a vital role in a range of sectors, from engineering to agriculture, manufacturing and civil construction. They are essential components in specialised precision machinery as well as common heavy machinery such as excavators, loaders and backhoes.

When it comes to streamlining major projects, having the right tools for the task goes a long way. Since 1997, H.E.M.E. has provided quality engineering equipment and precision machining in Queensland, with rapid turnaround times and custom designs specified to suit your specific requirements. Below, we outline some key considerations for choosing equipment to ensure maximum productivity and long-term value.

Australia’s agricultural industry depends on metal fabrication and agricultural machinery services in order to keep their operations running smoothly. H.E.M.E. has provided quality agricultural solutions in Queensland since 1997, assisting across design, fabrication, machining and manufacturing.

The Queensland Agricultural Industry has come a long way from traditional labour to cutting-edge technologies. Agricultural machinery has become highly efficient, with one such technological marvel revolutionising the agricultural landscape. CNC Machining is precise, efficient and adaptable, transforming the way we approach farming, making it more sustainable and productive. Precision Machining is a crucial component to the future of technologically advanced agriculture solutions. 

The Role of CNC Machining in Agriculture

CNC machining is maintaining the growth of the agricultural industry. CNC machining currently has a pivotal role in the farming industry in creating precise, adaptable solutions. It aids in precision farming by customising components of agricultural machinery. With the creation of precision machinery, equipment can be tailored to specific needs and functions, maximising efficiency and reducing waste. Farmers are able to invest in equipment that meets the needs of their operations. CNC machining also has the ability to maximise agriculture solutions with crop monitoring and smart irrigation systems. Further aiding in crop yields and reduced wastage, are smart irrigation systems created with precision-engineered valves, sensors and control systems enabling farmers to optimise water usage. Precision machining contributes to both the physical and digital transformation of agricultural machinery, generating valuable data. From predicting crop yields to optimising planting patterns, data-driven insights are reshaping the agricultural landscape. 

Agriculture Solutions with H.E.M.E

H.E.M.E is heading the technology that optimises agriculture solutions. With a wealth of industry experience and cutting-edge technological developments, we endeavour to provide the most efficient engineering solutions for your agricultural operations. The integration of CNC machining within the agricultural sector represents a transformative leap forward for productivity but also for sustainable outcomes. From precision machining to data-driven decision making, the marriage of CNC machining and agriculture holds the key to addressing the challenges in food production and environmental sustainability. 

Unlock the transformative Power of CNC Machining for Agriculture, talk to an expert at H.E.M.E today.

Conveyor pulleys play a pivotal role in transporting bulk materials efficiently in the mining sector. At the heart of these transport systems lie conveyor pulleys, often overlooked but indispensable components that warrant careful attention. This comprehensive guide delves into the intricacies of conveyor pulley fabrication and maintenance, shedding light on the critical role they play in ensuring seamless material flow in mining operations and metal fabrication.

Understanding the Conveyor Pulley

A conveyor pulley serves as the driving force behind the movement of bulk materials in mining operations. These pulleys are responsible for facilitating the continuous and smooth operation of conveyor belts, ensuring the efficient transfer of minerals, ores and other materials from one point to another. As such, the conveyor pulley fabrication and maintenance are vital aspects of mining logistics. 

Conveyor Pulley Fabrication

The fabrication process begins with the careful selection of materials. Conveyor pulleys are typically constructed from durable materials such as steel or composite materials, chosen for their strength, wear resistance, and ability to withstand the harsh conditions of mining environments. Precision machining is crucial to ensure the proper balance and alignment of conveyor pulleys. Precision machining and metal fabrication techniques, such as computer numerical control (CNC) machining, are employed to achieve the exact specifications required for optimal performance. To enhance resistance to wear, corrosion and abrasion, conveyor pulleys undergo coating and surface treatments. Protective coatings, such as ceramic or rubber linings, are applied to minimise the impact of abrasive materials and extend the conveyor pulley's lifespan.

Conveyor Pulley Fabrication: Maintenance

Routine inspection of conveyor pulley's is essential to identify signs of wear, misalignment, or damage. Regular visual checks and systematic inspections can help detect issues before they escalate, preventing unexpected breakdowns. Proper lubrication is critical for the smooth operation of a conveyor pulley. Lubricants reduce friction, minimising wear and extending the life of bearings and other moving parts. Regularly scheduled lubrication routines should be established and adhered to. Misalignment and improper tensioning can lead to premature wear and tear. Regularly check and correct any misalignments, ensuring that the pulleys are properly tensioned to maintain optimal belt performance. Mining environments can be harsh, leading to the accumulation of debris and material residues on a conveyor pulley. Regular cleaning helps prevent material buildup, reducing the risk of pulley slippage and ensuring consistent performance.

See what Conveyor Pulley Fabrication and Maintenance can do for you, Contact H.E.M.E today. 

In the ever-evolving landscape of agriculture, technology plays a crucial role in enhancing efficiency, productivity and sustainability. One of the unsung heroes behind these advancements is metal fabrication. From the humble tractor to sophisticated irrigation systems, metal fabrication has become the backbone of modern agricultural solutions. 

The Evolution of Heavy Metal Fabrication in Agriculture

Heavy metal fabrication has significantly transformed the face of agricultural machinery. Traditional hand tools have given way to powerful, precision-engineered equipment made possible by advancements in metal fabrication techniques. Tractors, plows, harvesters and other essential farming machinery are now crafted with precision and durability, ensuring they can withstand the rigours of modern farming practices. Using metal machining technology enables farmers to monitor and manage their fields with unprecedented accuracy, leading to improved resource utilisation and reduced environmental impact.

What is Heavy Metal Fabrication Used For?

Effective water management is critical in agriculture, and metal fabrication has played a vital role in the development of advanced irrigation systems. From pipes and pumps to automated sprinkler systems, metal machining ensures the creation of robust and corrosion-resistant components that can withstand the challenges of delivering water to crops efficiently. These systems not only conserve water but also contribute to sustainable farming practices. Metal fabrication is also used for crop harvesting. Harvesting crops efficiently is a key aspect of modern agriculture, and metal fabrication has led to the development of advanced harvesting equipment. Combine harvesters, designed with precision-cut metal components, allow farmers to efficiently harvest and process crops on a large scale. These agricultural solutions not only save time and labour but also contribute to minimising post-harvest losses.

The Future of Heavy Metal Fabrication

Metal fabrication has become a silent force driving the modernisation of agriculture. From machinery to infrastructure, it forms the backbone of the tools that enable farmers to meet the demands of a growing global population. As the industry continues to innovate, striking a balance between technological progress and environmental sustainability will be key to ensuring a prosperous and resilient future for agriculture. Metal fabrication is not just about shaping physical components; it is about creating efficient agricultural solutions. 

The agricultural industry thrives from efficient engineering solutions, contact H.E.M.E for expert metal fabrication services.

In the dynamic world of engineering, the backbone of many groundbreaking solutions lies within the use of heavy metal fabrication. The process, which involves the shaping and manipulation of metal into various forms, has a profound impact on the development and functionality of engineering solutions. From underground equipment to buckets for machinery, heavy metal fabrication plays a pivotal role in shaping the modern world.

Metal Fabrication and its Diversity

Heavy metal fabrication plays a significant role across several industries, from construction engineering through to the energy sector. The durability and strength of metals make them ideal materials for construction and manufacturing, helping to conveyors, mobile plant implements and other infrastructure, as well as creating machinery vital for industrial processes. The ability to customise metal components allows engineers to design and build machinery tailored to specific industrial needs leading to increased productivity and efficiency. The mining and agriculture sectors benefit greatly from heavy metal fabrication. With metal machining, the agricultural industry is able to construct vehicles that are instrumental in farming. The mining sector can manufacture lightweight and durable components for fuel efficiency and safety. Within the energy sector, metal fabrication is integral to sustainable energy solutions. The engineering solutions that heavy metal fabrication provides span from the construction of wind turbines to the fabrication of gas and oil pipelines. The precision of metal machining allows for the reliability and longevity of the energy sector’s infrastructure.

Engineering Solutions with H.E.M.E

H.E.M.E are industry leaders when it comes to heavy metal fabrication. Our comprehensive experience delivers cutting-edge engineering solutions for the commercial sector across Queensland. Heavy Metal Fabrication is the driving force behind modern engineering solutions. Its impact spans across several industries creating structures, machinery and technology that defines the modern world. As technology advances, the role of heavy metal fabrication will likely continue to expand. H.E.M.E is dedicated to providing the highest quality of precision machining for our clients, ensuring a range of engineering solutions.

Discover the most efficient solutions with H.E.M.E Heavy Metal Fabrication, talk to us today.

In the realm of heavy machinery and industrial equipment, hydraulic systems play a pivotal role in ensuring seamless operation and efficient performance. Hydraulic cylinders are essential components that convert fluid power into mechanical force, driving a wide array of machinery ranging from construction equipment to heavy metal fabrication. To maximise the longevity and performance of these critical components, it is imperative to prioritise expert hydraulic cylinder repairs.

Understanding Hydraulic Cylinder Design 

Hydraulic cylinders are mechanical devices that utilise the power of hydraulic fluid to generate force in a linear motion. Hydraulic Cylinder Design is integral to the operation of various heavy-duty applications, such as excavators, bulldozers, presses and more. Over time, however, wear and tear can compromise their effectiveness, leading to decreased efficiency and potential breakdowns.

Hydraulic Cylinder Repairs in Queensland: Ensuring Timely Repairs

The importance of hydraulic cylinder repairs in Queensland extends across several industries. Ensuring timely repairs stops further damage, preventing minor issues from escalating into major problems. Expert hydraulic cylinder repairs extend the overall lifespan of the equipment. By addressing wear and tear promptly, operators can avoid premature failure and significantly increase the longevity of their machinery. Well-maintained hydraulic cylinders contribute to optimal equipment performance. Hydraulic cylinder repairs ensure that the cylinders operate at peak efficiency, providing the necessary force and precision required for various industrial applications.

The Industry Benefits of Hydraulic Cylinder Design

Our qualified professionals at H.E.M.E specialise in hydraulic cylinder repairs, with in-depth knowledge of the intricacies of these components. Our expertise allows us to accurately diagnose issues and implement precise solutions, minimising downtime. Our expert technicians use high-quality materials for repairs and replacements, ensuring that the hydraulic cylinders can withstand the rigours of heavy-duty applications. This approach not only addresses existing problems but also fortifies the cylinders against future wear. Our professional hydraulic cylinder repairs adhere to industry standards and regulations. This commitment ensures that the repaired cylinders exceed the specifications required for safe and efficient operation.

Prioritise your equipment health and performance with Hydraulic Cylinder Repairs from H.E.M.E.

Precision Machining has emerged as a cornerstone technology that plays a vital role in shaping various industries for maximum efficiency. As advancements in manufacturing continue to accelerate, the demand for precision machining has grown exponentially. Precision Machining in Queensland has revolutionised production timelines for supply and consistent quality and contributed to the productivity of several industries.

What is Precision Machining?

Precision Machining in Queensland involves the use of computer numerical control (CNC) machinery to create intricate and highly accurate components of raw materials. This technology enables manufacturers to produce parts with tight tolerances and exceptional precision, ensuring consistency and reliability within the finished product. In traditional metal machining, human operation can cause a much higher margin of error, but with the utilisation of precision machining, you can automate the process and significantly reduce errors. Mining, Civil and agriculture greatly benefit from precision machining through revolutionary changes in their manufacturing processes.

Precision Machining: Enhanced Product Quality

The accuracy achieved through precision machining have a direct impact on product quality. Components produced with precision machining and metal fabrication techniques are consistently of higher quality compared to those produced through conventional methods. This is particularly crucial in industries where the smallest deviation can lead to catastrophic consequences, such as agricultural and mining manufacturing. The reliability of precision-machined components contributes to the overall product safety and durability.

The Versatility and Adaptability of Precision Machining Queensland

Precision machining is not limited to specific materials or industries. It caters to a wide range of materials, from metal fabrication to plastics and can be applied across various sectors. This versatility allows industries to adapt quickly to changing demands and design specifications. H.E.M.E uses the latest cutting-edge technologies to remain industry leaders, driving results and modern solutions for our clients. Whether producing intricate components or large parts, precision machining in Queensland provides the adaptability needed to stay competitive in today's dynamic market.

See how precision machining maximises efficiency for the agricultural industry and get in touch with H.E.M.E today.

Precision machining involves removing material from a workpiece using various tools and techniques, such as cutting, drilling, milling, turning, grinding and polishing. Important for applications that require high precision, this machining technique is used in a range of industries, including aerospace and automotive as well as medical and optical. Here, the H.E.M.E. team discusses some of the techniques and tools used.

Hydraulic cylinders are essential components of many precision machining applications, providing the power and force to move and control the workpieces and tools in the machining process. They are, however, also subject to wear, damage and malfunction due to factors such as pressure, temperature, friction, corrosion and contamination. That’s why hydraulic cylinder repair is a crucial service in helping maximise the efficiency and longevity of your precision machining equipment. Here, H.E.M.E. in Central Highlands Queensland explains the ways in which timely repairs can benefit your operation.

Conveyor pulleys are an integral component in the operation of mining sites in Australia. Selecting the right pulley can help to optimise performance on the worksite and the team at H.E.M.E has assisted a number of mining companies throughout the country with overcoming common challenges and offering lagging services for conveyor pulleys. Read on to understand how your team can select the right conveyor pulley for your workplace.

Choosing a Pulley

When it comes to choosing a conveyor pulley to maximise workplace performance, a number of factors come into play. Consider load requirements, environmental conditions, and the characteristics of the materials that will be placed on the pulley. With this in mind, think about the desired life and performance from the pulley and for further clarification on making the right selection, the team at H.E.M.E are here to help. With years of experience in servicing the mining industry with conveyor pulleys, you can rely on our team for expert advice.

Hot Vulcanised and Cold Bond Lagging Options

At H.E.M.E we offer both hot vulcanised pulley lagging and cold bond lagging. Cold bond lagging involves gluing the rubber lagging onto the pulley shell at room temperature. Alternatively, hot vulcanised lagging offers a better level of adhesion between the lagging and pulley shell using heat and pressure. While both lagging options provide appropriate solutions, you can ask the team at H.E.M.E for further clarification or assistance in understanding which lagging option might be more suitable for you.

Pulley Services at H.E.M.E

The team at H.E.M.E in Emerald are highly experienced in working with conveyor pulleys. We are an approved Elastotec applicator of hot vulcanised lagging and offer cold bond lagging, meaning you can reach out to our team for expert advice and information on all things pulley fabrication. Rely on the professionals to help you select the right conveyor pulley for your workplace.

To learn more about conveyor pulley fabrication and operation, get in touch with the team at H.E.M.E today by contacting us online or calling us on 07 4982 3001.

The team at H.E.M.E in Emerald specialise in custom metal fabrication for a range of industries. With projects completed across the mining, agricultural and civil sectors, our engineering solutions have contributed to a variety of companies in Queensland and surrounds. Our team is proud to offer competitive pricing and efficient services, with over 100 years of combined experience across a number of industries. 

Facilities and Equipment 

The facilities and equipment available at H.E.M.E accommodate a range of services. When it comes to heavy metal fabrication, our fully-equipped facilities include Miller Welders, CNC Profile Cutter, Bevel Head CNC Plasma Cutter, Press Brake, Guillotine and more. We have invested in the highest quality equipment to ensure that we can provide clients with industry leading metal fabrication services in an efficient and affordable manner. Our equipment is suitable for both heavy and light plate work when it comes to heavy metal fabrication. 

Mining Industry

The mining industry in Australia is highly profitable and its operation requires quality diesel machinery. At H.E.M.E we service some of the country’s largest mining companies, assisting with structural fabrication, precision machining and maintenance services. Our conveyor pulley fabrication and structural fabrication services allow our team to contribute to the industry through maximising efficiency and productivity in mining companies. Our custom fabrication services have been relied upon by various mining sites across the country and the successful use of our metal fabrication maintains our team as a leading provider of engineering solutions in Queensland.

How We Can Help You

Are you in search of a reliable team of experts with extensive experience in providing engineering solutions? The team at H.E.M.E have an abundance of knowledge when it comes to design, fabrication, metal machining and low-cost manufacturing in mining, agricultural and civil industries. Reach out to our team today to learn about our custom metal fabrication and past projects with a range of Australian companies. 

For custom metal machining and fabrication services in the Bowen area, contact us online or call us on 07 4982 3001.

Hydraulic cylinders are a vital component in the industrial industry, used to convert pressurised fluid into linear motion and force. To keep these in working order, regular maintenance and repair is required, but at what stage should they be replaced? Our team in Emerald is a leader in of hydraulic cylinder repair in Queensland and across Australia, contributing to the efficiency of earth moving equipment. 

Repairs 

To keep hydraulic cylinders in machinery working optimally, it's integral to invest in regular maintenance. Recognising potential problems before they arise will save you money further down the track as well as prevent such problems becoming severe. Repairing leaks, unusual noises and slow operation of cylinders can be conducted by a professional. The team at H.E.M.E possesses the expertise to conduct inspection and hydraulic cylinder repairs, by diagnosing and fixing problems, saving you time and money. 

Replacement

Although maintenance and repairs are recommended for the best operation of hydraulic cylinders, sometimes replacement is the most suitable choice. Depending on the severity and location of the damage, it can be more reasonable to replace the entire cylinder. Such causes can include leakage, rod damage and barrel damage. At H.E.M.E we can assist you if you need hydraulic cylinder repairs or replacement, reducing further wear and getting your machinery back to its optimal performance sooner. 

H.E.M.E and Hydraulic Cylinders

Proper maintenance and repairs are essential for optimising the performance of hydraulic cylinders in machinery. At H.E.M.E, we ensure that minor problems are identified to prevent further issues arising and relying on the professionals will ensure that the service is completed to the highest level of accuracy and quality. Rather than waiting for your hydraulic cylinders to wear out or show signs of failure, get in touch with the team at H.E.M.E for an important maintenance check and catch any issues before they escalate. Book yourself in for a hydraulic cylinder repair in Queensland today. 

To book a hydraulic cylinder repair in Queensland, get in touch with the team at H.E.M.E by contacting us online or calling us on 07 4982 3001.

Mining in Australia is a billion-industry that extracts commodities from the ground, which are used in numerous other industries every day. The team at H.E.M.E support the mining industry through fabrication and repair of mining equipment, onsite lagging and investment in machinery to service shutdowns and maintenance. When it comes to the mine site, diesel fitters are an essential part of the team and this role can present many challenges which are important to overcome to continue the successful operation of a mine site.

Expert Diesel Fitter

A vital member in the successful operation of a mining site is a diesel fitter. These professionals are responsible for repairing and maintaining diesel engines, which are found in most vehicles on a mine site. Regular maintenance checks are required to avoid breakdowns and keep these powerful machines running day to day. When problems arise with diesel engines, an expert diesel fitter should be the first point of call for a professional service and to fit and repair any problems.

Challenges

The role of diesel fitting presents many challenges, due to its demanding and sometimes dangerous nature. Diesel fitters are faced with physical strain and discomfort due to the handling of heavy parts, reaching into small places and exposure to hot materials. Working in close proximity to diesel fuel and extreme weather conditions also pose a risk, however in a mine site that takes precautions to prioritise diesel fitter safety and reduce hazards, many of these challenges can be avoided.

H.E.M.E. and Diesel Fitting

The team at H.E.M.E offer world-class engineering and mining solutions in Emerald, QLD. You can rely on our expert team of professionals for quick, efficient solutions in fabrication, diesel fitting and repair requirements. We specialise in heavy metal fabrication, helping mine sites function optimally and keeping equipment well maintained. To learn more about how the team at H.E.M.E. supports the mining industry in Australia, get in touch with our team today.

If you would like to learn more about the role of a diesel fitter or how H.E.M.E contributes to the mining industry, you can contact us online or call us today on 07 4982 3001.

Precision machining in Queensland and around Australia has transformed the agricultural industry and methods such as CNC machining and CNC milling are excellent solutions for agricultural companies. With a reduction in human error and increased productivity, the employment of computers offers a number of benefits. Read on to learn why it is such an innovative method for machinery and a suitable choice for agricultural companies hiring contract manufacturers. 

Environmental Benefit

Believe it or not, it produces less waste than other agricultural solutions, making them a more sustainable and environmentally friendly method. As calculations are completed by computers, there is a reduction in human error, meaning time and money is saved and materials will not be wasted on mistakes. Due to this, companies can redirect their funds into other areas, as they are not losing money in unnecessary ways. 

Safety and Productivity 

Heavy machinery can be highly dangerous, causing injury and death every year. Utilising precision machining in agricultural companies promotes employee safety and reduces the risk of hazards. With computer controlled and operated techniques, employees are far safer, promoting productivity and morale. Rather than risk personal safety, workers can control these processes remotely and still achieve accurate results. The team at H.E.M.E deliver a range of agricultural solutions and our maintenance and refurbishment services help to promote safety and productivity with your precision machinery. 

Adaptability 

Due to its versatility, the machining equipment will never become obsolete and is an excellent investment to increase efficiency and accuracy in the agricultural industry. Furthermore, it can be used to manufacture a range of parts and components, meaning it is not limited to one type of engineering component. Utilising it in the workplace is a modern farming method, and adaptation by agricultural companies can help to further progress the industry, improving productivity, efficiency and safety in the workplace. 

To learn more about the agricultural solutions offered by H.E.M.E, call us today on 07 4982 3001 or contact us online. 

The team at H.E.M.E specialise in conveyor pulley fabrication, assisting mining companies around Australia with their machining and fabrication needs. While these serve an important purpose in the industry, challenges can arise and our team has developed a deep understanding of how to combat issues including debonding from the shell, end edge lifting and separation between lagging strips. When it comes to handling conveyor pulleys, here is how you can maintain and inspect your equipment to prolong its lifespan.

Avoiding Deterioration

Deterioration is a common problem across most equipment, especially if left unused. When pulleys are held in storage for long periods, you run the risk of the material deteriorating. The H.E.M.E team has an array of mining solutions, including a combined pulley cradle and all-weather cover to protect your conveyor pulley. The cover is appropriate for both indoor and outdoor use, ideal for Australian mining sites and includes ventilation and hinged sides for optimal use. To avoid deterioration and prolong the life of your conveyor pulley, consider our combined cradle and all-weather cover.

Hot Vulcanised vs Cold Bond Lagging

Hot vulcanised pulley lagging and cold bond lagging both offer suitable lagging options for pulleys. Hot vulcanised lagging can be beneficial if pulleys are stored in corrosive conditions for longer periods, providing a better level of adhesion between the pulley shell and lagging. Alternatively, cold bond lagging is a cost effective and convenient option involving rubber lagging glued directly onto the steel pulley. The lagging method most suitable to you will depend on location, adhesive strengths and the needs of your mine site.

Pulley Service Offering by H.E.M.E

When it comes to prolonging the life of your conveyor pulley, avoiding deterioration and choosing the best lagging method are a good start. We pride ourselves on quick turnaround times and acting promptly when it comes to potential breakdowns. You can rely on our experienced team of professionals for all things pulley fabrication and to answer any queries regarding maintenance and inspection.

When it comes to understanding conveyor pulleys on mine sites, the team at H.E.M.E are here to answer your queries. Call us today on 07 4982 3001 or contact us online.

During structural fabrication, cutting, bending, welding and assembling metal components equates to a complex and demanding task that requires skill, precision and attention to detail. As such, safety is of paramount concern. The H.E.M.E. team has the expertise and experience to handle any structural or heavy metal fabrication project. Here, we share some key considerations for ensuring quality and safety in structural and heavy metal fabrication.

The H.E.M.E. team understands that the right finish is crucial in enhancing structural fabrication. While painting alone has its merits, the main benefits of combining painting and sandblasting are far-reaching, encompassing both durability and lasting aesthetics. This comprehensive process goes beyond the application of paint, delving into surface preparation, priming, consistent coating and curing to maximise the protective effects of proper finishing. Read on or call H.E.M.E. today to discuss your Queensland project with our team.

Making the right choices can significantly impact the success of your operation. This holds particularly true for hydraulic cylinder design. Read on as the H.E.M.E. team explores key factors that contribute to optimal performance and efficiency, shedding light on the importance of getting your hydraulic cylinder design right the first time.

Hydraulic cylinders are an essential component of many industrial machines, used to convert fluid power into linear mechanical force and motion. Here, H.E.M.E. offers a guide to keeping hydraulic cylinders in optimal working order. As a leading provider in Australia, we discuss the best practices for hydraulic cylinder repair and maintenance.

In this blog, the team at H.E.M.E in Queensland explain how to properly maintain your machinery.

1. Organise Documents

When you own any farming equipment, including agricultural machinery and earth moving equipment, it’s important to keep all documentation like receipts, manuals, warranties and service records. 

2. Perform Regular Oil Changes

Your agricultural machinery needs regular servicing to keep them in good condition. Change your oil, check oil filters and replace them according to the manufacturer’s recommendations. 

3. Lubricate Moving Parts

With frequent work, moving parts fall victim to wear-and-tear. That’s why it’s important to lubricate these parts to keep them moving smoothly.

4. Check Hitches and Tires

Inspect hitching and tires on your earth moving equipment and other machinery, checking for rust and dirt. Always have a spare tire. 

5. Inspect Lights and Batteries

Test your break, signal and other lights to make sure they work properly. Also check your battery for corrosion, as this can lead to the vehicle stalling. 

6. Calibrate Special Equipment

Thermometers, scales, metal detectors and other special equipment are very important for ag solutions work. Check and recalibrate them regularly to keep them accurate and safe.

7. Keep Machinery Clean

While everything on a farm is bound to get dirty, frequently brushing or washing away debris will protect your machinery from damage and prevent staining and rust. 

8. Inspect for Damage

Farming equipment is made to be tough and resistant, but they can still be badly damaged. Checking for damage after every use is good practise. 

9. Store Equipment Indoors

Wherever possible, store your equipment in a shed or garage. This is the best way to protect it from the elements. If indoor storage is not an option, then tarps can be placed over it. 

Avoiding Customising or Modifying

While it may be tempting to try and “fix” machinery yourself, you need a professional to perform these repairs. Today’s vehicles have complicated parts that need specific care not to damage. Always seek a professional opinion.

If you need advice on AG solutions or scheduled maintenance for your agricultural machinery, call H.E.M.E. on 07 4982 3001 or contact us online to get a quote.

Precision machining techniques such as CNC Machining and CNC Milling are excellent AG solutions for companies that hire contract manufacturers. These techniques use the help of computers to reduce human error and increase productivity, but there are other benefits that aren’t quite so obvious. Contact H.E.M.E in Central Highlands if you want to learn more about these incredible innovations. 

Environmentally Friendly Methods

Compared to other AG solutions, precision machining methods create much less waste. This makes them an environmentally friendly and sustainable option that you can feel good about. Less waste is created because all calculations are done by computers, making them more accurate and saving valuable time and money. Because all the manufacturing decisions are made by computers before any work begins, there is less room for error and materials will not be wasted on mistakes. 

Employee Safety

Working with heavy machinery is typically very dangerous, leading to many injuries and even deaths. But with precision machining, employees are able to be far safer with computer-controlled and operated techniques like CNC Machining and Milling. By keeping the workplace safe, precision machining boosts morale and productivity. Employee safety is guaranteed, as precision machining requires skilled workers to take control of the processes remotely, away from danger.

Extremely Adaptable Methods

The beauty of precision machining is that it is not limited to one type of engineering component. It is an adaptable method that can be used to efficiently manufacture all kinds of parts and components across different industries. Since precision machining equipment is so versatile, it will never become obsolete, saving companies money and time. If a company is wanting to manufacture their own components, these machines are a worthwhile investment. 

Precision machining is an innovative method for manufacturing components for machinery. To learn more about these techniques that will save your company time and money, get in touch with H.E.M.E online. 

A conveyor pulley in a conveyor belt system is one of the most essential parts of any mining machinery. Conveyor pulleys are mechanical devices used to change the direction of a conveyor belt and consists of a head pulley and a tail pulley. Other components of pulleys include end discs, locking elements, bearing assembly, shell and staff. 

H.E.M.E in Central Highlands specialises in conveyor overhaul and fabrication, and we are the experts in conveyor belt systems. Listed below are some of the most common types of pulleys used by professionals. 

Live Shaft Pulley

A Live Shaft Pulley has a shaft fixed to either end, allowing the shaft and body of the pulley to rotate simultaneously. The bearing assembly is installed externally on the end disc. This is the most frequently used pulley in the mining industry and can be customised to suit many conditions.

Dead Shaft Pulley

The bearings are inside the shaft of a Dead Shaft Pulley, only allowing the body to move around the shaft. This eliminates the bending movement that can occur through the locking element, making it more stable.

Gearless Drive Pulley

This pulley is installed with a low-speed synchronous motor directly to the shaft. This allows greater power and flexibility as mining vehicles increase in size and capacity. A gearless drive pulley can reduce power usage and increase efficiency by reducing the need for gearboxes and high-maintenance pieces of equipment. 

Stub Shaft Pulley

With a Stub Shift Pulley, each end disc comes with two separate stubs attached, removing the locking element. This drastically reduces the weight of pulleys in confined and hard-to-reach places. This type of pulley requires a high level of design as they are quite intricate. 

Different types of pulleys are required for different jobs, so many sure to pick the right one. If you need advice on conveyor overhaul and more, call H.E.M.E on 07 4982 3001 or contact us online to get a quote.

Hydraulic cylinders are devices used in engineering vehicles. They power motors by producing linear motion with pressurised hydraulic fuel. To help you understand how hydraulic cylinders function or to get a hydraulic cylinder repair, contact H.E.M.E in Central Highlands. 

The Different Parts and Operations of Hydraulic Cylinders

Hydraulic cylinders are made up of several different parts. The primary parts include the cylinder barrel, piston and piston rod. 

The cylinder barrel contains the piston and piston rod, allowing them to move back and forth to create motion. The piston rod comes in and out of the cylinder. The piston itself contains seals and sliding rings and is responsible for dividing the cylinder into the rod and cap ends. With hydraulic pressure applied, motion is achieved. The piston rod can then be used to attach the cylinder to another device.

Hydraulic Cylinder Design

There are two common styles for hydraulic cylinder design. The first one is popular in factories and is known as the tie rod cylinder. It makes use of strengthened steel rods to connect the end caps to cylinder barrels. The second type is the welded body cylinder. The barrel and end caps are welded together, and the ports are welded to the cylinder. This design is perfect for heavy machinery like construction equipment as it can bear more weight.

Hydraulic Cylinder Repair and Design in Central Highlands

At H.E.M.E, our workshops are fully equipped to repair and design hydraulic cylinders. We have a professionally built machine shop with a hydraulic pull-down bench that is perfect for stripping and rebuilding cylinders. If you’re in need of a hydraulic cylinder repair for your vehicle or machinery, come to us. 

H.E.M.E. in Queensland has all the information you need if you want to learn more about hydraulic cylinders or other engineering devices. To get a quote for repairs, call us on 07 4982 3001 or contact us online.

Here’s a list of the top 10 causes for hydraulic cylinder failures, put together by H.E.M.E in Central Highlands. Contact us if you need repairs, maintenance or a whole new hydraulic cylinder.

1. Leaking Seals

The incorrect fitting of seals on agricultural machinery can cause seal leakage. The oil might also be the cause of this problem, so regular oil checks will prevent you from needing hydraulic cylinder repair. 

2. Scored Piston Rods

A scored piston rod can be caused by oil contamination, causing the hydraulic cylinders of earth moving equipment and other agricultural machinery to fail. This can be fixed by checking and replacing the gland bearing.

3. Scored Cylinder Bore

Contaminated oil can score the cylinder bore. The hydraulic cylinder design of most machinery means that if a scored cylinder bore causes the pistol head bearing to fail, the hydraulics system will need to be flushed out.

4. Corroded Internal Barrier

Water in the oil is most often the cause of an internally corroded barrier. In this case, the oil will need to be changed and hydraulic cylinder repair will be required to protect the cylinder from water. 

5. Pitting Piston Rod

The primary reason for a piston rod pitting is corrosion, which is due to improper fitting of the cylinder. The solution is protecting the cylinder from further water damage.

6. Gland Outer Diameter Leakage

Leaking around the gland outer diameter is caused by o-ring failure or a cracked gland. To fix this, the gland will be tested for cracks and the o-ring replaced if needed, 

7. Bent Piston Rod

Bent piston rods on earth moving equipment indicate that the cylinder and piston are overloaded. The piston rod can be replaced or upgraded.

8. Split Weld on Base and Ports

A split weld can be cause by a poor weld failing. Inspection of the hydraulic cylinder design will tell you if it’s been working outside its specification.

9. Broken Eye Bearing

Sudden impact can cause a broken eye bearing. This can be fixed by upgrading to a higher specification. 

10. Worn-out Rod

A rod that is worn on one side indicates a lack of structural support for the load that it is bearing. Have it assessed and upgraded as needed.

H.E.M.E. is your local expert in hydraulic cylinders. To find out why your hydraulic cylinder has failed, or to get a quote for repairs or replacement, contact us online. 

When you’re dealing with agricultural containers, machinery and earth moving equipment, it’s important to know how to care for them properly. To keep them looking in top condition, experts recommend sandblasting structures and machinery before painting. H.E.M.E in Central Highlands can give you advice on how to get started with sandblasting. Contact us today.

What is Sandblasting?

Sandblasting, or blast cleaning, shoots high-velocity abrasive particles from a jetstream of compressed air to remove mill-scale and rust from steel surfaces, protecting them from damage and keeping them looking pristine. This is the most comprehensive method of blast-cleaning to prepare machinery for painting. 

Benefits of Sandblasting Before Painting

There are many reasons to do painting and sandblasting, whether for large structures or for your agricultural machinery. Sandblasting removes contaminants like rust from steel surfaces to prepare them for painting. Without this, there could be problems with paint adhesion and possibly ruin the integrity of the surface. Sandblasting is a safe and cost-effective method of surface preparation. It is more efficient than handwashing and power tools, and some of the abrasive material that is removed can be recycled. If you get the job done by professionals with the right training and equipment, the process is simple, safe and quick.

How We Can Help

H.E.M.E in Central Highlands has everything you need for professional-grade painting and sandblasting. Whether you need this service done for agricultural machinery, earth moving equipment or anything else, we are happy to help. Our workshop is equipped with purpose-built sheds that have the necessary ventilation for surface preparation and painting of all kinds. The H.E.M.E team are fully trained and equipped with the proper protective gear. Our experience and proficiency with these methods mean that you’re saving time and money that you would otherwise be spending by attempting to blast-clean your machinery yourself.

Call H.E.M.E. on 07 4982 3001 or contact us online to get a quote for quality sandblasting services in Central Highlands.

Structural fabrication refers to industrial processes that involve the cutting and bending of steel into products, which can be used in a wide range of applications. Steel specialists use various combination and alloys to create steel structures which can be assembled into building, components, industrial equipment and even tools.

At H.E.M.E, our team specialises in painting and sandblasting as well as fabrication of heavy steel for mining, agriculture and the civil engineering sector. We also offer maintenance and overhaul of existing fabrications. Read on to find out more about fabricated steel and why it plays an important role in Australian industries. 

Stages of Steel Fabrication 

H.E.M.E provides clients with award winning fabrication facilities for complex industrial projects. 

Cutting

Expert fabricators cut through steel using special equipment that helps them to saw or chisel. They use plasma torches, water cutters and laser cutters to perform these tasks in a safe, controlled, contamination free environment. 

Bending 

Cutting is typically followed by bending. Steel alloys are either hammered or bent using machinery. The heaviness of the steel and the amount of bending required will determine the extent to which machinery is required. 

Assembling 

Assembling refers to how the steel will be combined to create the final product. This involves the use of different welding techniques, which apply heat to joints and allow them to be fused together. 

Heavy Steel Fabrication Professionals in Queensland 

Contact H.E.M.E for a wide range of services. We provide facilities for painting and sandblasting, plasma cutting, section rolls, plate rollers and automatic saws for all heavy and light plate work. 

A conveyor structure is designed to be a fast, efficient mechanical system that makes it easy to handle and transport large amounts of material in an area. Conveyor pulley systems are an excellent way to reduce human error, create a safer workplace, reduce labour costs and greatly increase efficiency. 

In this blog, H.E.M.E explains how the various components of a conveyor system such as belt, wheels, rollers and chains work together to run a system which is used in every industry across the world. Whether its sand, gravel, salt, copper or coal, a conveyor structure plays an integral role in operations. Contact H.E.M.E today for a wide range of conveyor overhaul solutions in Queensland. 

Conveyor System Components 

As conveyor overhaul experts, H.E.M.E has the knowledge required to get the most out of every component of a conveyor pulley system. 

Frame 

This is the main structure and gives the system a shape. It could be a stringer frame which is made by shaping or bending steel plates. This requires a low investment and is ideal for light weight transportation. Resin conveyor belt systems often use aluminium frames in place of a steel frame. 

Truss frames are the preferred option for settings where strength is the priority. In situations where a high ground clearance is needed, or the system’s support legs are far away from one another, a truss frame is the right choice. Rubber belt conveyors often use these frames and they can be used to transport large objects. Truss frames are an expensive option compared to stringer frames but provide a level of durability that cannot be matched by lightweight frames. 

Conveyor Belt 

Rollers which are specially designed by engineering professionals are used to wind up the belt and are attached to the tip of the frame. These are called head rollers and the movement of the conveyor belt depends on the movement of the head roller. 

The rollers responsible for the winding up of the belt are attached at the end of the conveyor and are called tail rollers. The head and tail rollers work together to move and wind up the conveyor belt effectively. 

Snap rollers are installed under the head pulley and prevent the belt from slipping. The carrier roller holds the belt in place while it is transporting an object. 

Quality Conveyor Overhaul Professionals in Queensland 

Contact H.E.M.E today for a wide range of award-winning engineering solutions for mining, agriculture and civil engineering. 

Australian mining is a billion-dollar industry that employs thousands of professionals. Their main responsibility is to extract essential commodities like minerals, coal and various metals from the ground. These commodities are used in numerous industries that we rely on daily, from energy production to jewellery, electronics and more. 

At H.E.M.E, we support the mining industry by advising and providing heavy metal fabrication facilities to help professionals extract, haul and transport these materials. The equipment required to meet the extreme demands of mining must be extremely powerful, effective and relatively easy to maintain. In the mining industry, highly trained fitters are the individuals who keep these machines running even under difficult conditions. 

The Role of an Expert Diesel Fitter

Diesel fitting professionals specialise in the repair and maintenance of diesel engines on mining sites. Diesel engines typically have a higher torque output, which makes them ideal for moving heavy loads of rock and iron ore. Diesel is also a low-cost fuel, which makes these engines the most suitable for mining equipment. 

Diesel engines are found in nearly every kind of machine found on a mining site. This means that a diesel fitting professional is an extremely important part of any successful mining operation. They are responsible for performing regular maintenance checks on all diesel-powered machinery and are experts at fixing and repairing machines when they break down. On a large mining site, it is normal to have multiple diesel fitters working at the same time to keep heavy equipment running.

Diesel Fitter Skills

Diesel fitters perform the following tasks: 

• Diagnosing, repairing and maintaining diesel engines for trucks, tractors, bulldozers and more.
• Maintaining and repairing hydraulic components of lifts, booms, pumps and buckets.
• Welding using MIG and TIG techniques to replace or repair parts.
• Testing parts to ensure proper performance.
• Using a range of specialised tools to diagnose and repair faults.
• Following all workplace regulations to ensure safety and compliance. 

Heavy Metal Fabrication Facilities for Mining in QLD

For world-class engineering solutions in the mining, civil and agriculture industries, look no further than H.E.M.E. Our clients rely on us for quick, efficient solutions for all fabrication and repair requirements in Queensland. Contact us today to speak to our team of experts in Bowen Basic. 

Modern agriculture has advanced in leaps and bounds in the last few decades to provide farmers with an unprecedented level of mechanical efficiency. The wide range of ag solutions now available make it easier for farmers to perform complex tasks with less labour and on a larger scale. In this blog, H.E.M.E discusses the types of agricultural machinery and ag implements used in Australian agriculture. 

Tractors 

Tractors are a mainstay in the farming world and come in a wide variety. They are versatile machines which, in the right hands, can be used for complex farming requirements. Tractors are mainly used for pulling large loads, but when used with attachments, become capable of executing many other tasks. 

Types of tractors include: 

Compact Tractors 

A compact tractor is an essential piece of agricultural machinery because it is small, high-powered and capable of carrying out difficult tasks. The advantage of these tractors is that they can be used for material handling and are easy to manoeuvre in tight spaces.

Wheeled Tractors 

Wheeled tractors are general purpose ag implements that are designed to meet a variety of agricultural demands. They are used for material handling, pulling equipment and come in a range of horsepower and lifting capacity options.  

Combine/Harvester 

Harvesters, or combines, are used by farmers to harvest different types of crops in an efficient way. Combines use a complex system of belts, gears and wheels to process crops into grain, thereby greatly reducing labour with the help of world-class engineering.

A combine performs the following functions: 

Reaping

A harvester gathers crops and pushes them towards a cutter bar that cuts the crop at the base. 

Threshing 

The threshing drum beats the cut crops until the grains become separated from the stalk. 

Winnowing

The threshing drum also helps separate the light chaff from the grain by using special sieves.

ATV Or UTV

ATVs or UTVs are four wheeled machines which are designed to move across difficult, unforgiving terrain with ease. They can access difficult to reach places on a farm and can be used with a wide range of attachments such as trailers, spreaders and mowers. 

Award Winning Engineering and Ag Solutions 

Contact H.E.M.E for award-winning ag solutions from a team of highly qualified experts. We provide solutions for mining, agriculture and civil engineering to clients across Queensland. 

Earthmoving vehicles are heavy-duty vehicles specially designed for large scale construction and earth removal operations. The equipment allows operators to move large amounts of earth for digging foundations and landscaping purposes. In this blog, H.E.M.E explores the most common earth moving equipment used in mining, agriculture and other industries. 

Excavator 

An excavator is a popular earth moving equipment option which moves on tracks or wheels based on the requirement. It has an upper body which allows the operator to rotate 360 degrees while seated in a cab from where hydraulic arms can be operated. 

Excavators are among the most essential machines found on a construction site. They are versatile and are manufactured by a number of world-renowned brands in various sizes and configurations. The versatility of an excavator is greatly boosted by the wide range of attachments available, making it popular for many different industrial projects. 

Excavators are capable of: 

• Loading large objects
• Lifting materials with a sling attachment
• Backfilling
• Digging trenches quickly and effectively
• Rock breaking with a hydraulic hammer attachment
• Pipe laying
• Compacting of materials 

Wheel Loader

A wheel loader is fitted with a front mounted bucket which is connected to two “arms” also known as booms. The bucket is designed to be removable and has a large capacity for carrying heavy loads.  

A wheel loader has a cab from where an operator drives the machine. Wheel loaders are used for loading material on other vehicles or for moving material from one point to another.

Wheel loaders are ideal for: 

• Mixing large amounts of material
• Spreading topsoil in agricultural settings
• Drilling holes with an auger attachment
• Lifting different kinds of material
• Cutting and boxing
• Backfilling and stockpiling

Wheel loaders are used with a wide range of attachments to make them extremely versatile for a number of industrial applications. 

Backhoe Loader

A backhoe loader is fitted with a front mounted bucket and rear-mounted loader and bucket. It has a loader bucket on the front which is controlled by a boom and stick. A backhoe loader is an excavator and loader in one machine. The front machine is used for load and push material while the back is used as earth moving equipment. 

A backhoe loader is commonly used for: 

• Backfilling
• Digging trenches
• Breaking of rocks with hydraulic attachments
• Lifting heavy objects and materials
• Landscaping purposes
• Cutting, boxing of materials 

Large Scale Engineering Solutions in QLD 

Contact H.E.M.E for award winning engineering solutions for mining, civil and agricultural settings. We provide large machining, heavy metal fabrication and sandblasting services for clients across the Bowen Basin. 

H.E.M.E is a locally owned engineering company in Queensland providing Bowen Basic clients with world-class engineering solutions in the mining, agricultural and civil sector. We offer a wide range of facilities for large machining, heavy metal fabrication, painting and plasma cutting to our clients. Our team of 19 experienced local professionals ensures that every process is carried out to the highest standards in a quick, efficient manner. 

Challenges in Hydraulic Cylinder Design

Although hydraulics technology has advanced in leaps and bounds over the years, there are certain challenges that require supervision to ensure safety and performance. Leaks are a common issue in hydraulic systems and while leak free fittings do make a difference, the problem can arise at any time and must be addressed. 

Worn out seals are often the culprit because they cannot be detected immediately. Hydraulic leaks do not lead to catastrophic failure, which makes them difficult to spot because they often manifest as slow leaks. The team at H.E.M.E is always on hand to help repair hydraulic leaks for industrial clients. 

How to Conduct Hydraulic Cylinder Repairs

Hydraulic cylinder repairs require trained specialists who have the appropriate hydraulic motor repair kit for the job. Our specialists ensure that the part numbers of the current system accurately match the part numbers for the new system. 

Components in a hydraulic system are heavy and powerful. Safety must be a top priority as mistakes can lead to severe injury. 

Once all the pressure has been released from the cylinder, the technician will unscrew the glad on the cylinder to pull out the piston rod from the motor. This component is sensitive to dust and debris and must be kept in a clean place. 

After the piston rod has been replaced, it becomes possible to unscrew the retaining bolt, at which point it is recommended that the technician take a photo or record exactly the order in which the parts were disassembled. 

Always consult the assembly diagram provided with the rebuild kit if possible, ensuring that every component is adequately lubricated after the cylinder is reinstalled. Start the machine again and conduct detailed tests to find leaks that were overlooked. 

Experts in Hydraulic Cylinder Design and Repairs

Fixing a leak in a hydraulic cylinder is a complicated and technical task. For best results, contact the experts at H.E.M.E and let a team of specialists handle the repairs for you.