Productivity is essential to the manufacturing industry and its related processes. Fortunately, many solutions are now available to help the industry achieve its intended purposes.

An Overview of Vacuum Pumps

One modern solution that the industry can maximise is a vacuum pump. A vacuum pump is an equipment that can generate a partial vacuum or a low-pressure space by removing gas molecules from a sealed chamber. It can be utilised in many industrial systems such as vacuum grippers, vacuum climbers, vacuum furnaces, sandblasting, painting, and negative pressure ventilation.

Many companies offer their respective vacuum pumps in the market. Gimatic, however, is a company that stands out when it comes to vacuum pumps. With their newest EJ-XPRO in line, Gimatic can easily cater to businesses that need a smart yet simple vacuum pump.

EJ-XPRO Primary Components

To better understand Gimatic EJ-XPRO, one should know its primary components first. This product is comprised of six primary components.

1. Monolithic Body: Gimatic EJ-XPRO maximises a monolithic body made from oxidated aluminium material. By maximising this specific material, the body of the Gimatic EJ-XPRO is expected to become lightweight and robust.
2. Valves Subsystem: The valves of Gimatic EJ-XPRO yield high flow and quick response. The electro-valves can even be reconfigured, accessed, replaced by the user.
3. Ejector: The ejector of Gimatic EJ-XPRO has a simple and modular design, allowing the user to clean and maintain it without any issues. This specific part can likewise be replaced depending on one’s needs. Some types of ejectors that a user can maximise include high flow, high vacuum, or low supply pressure.
4. Electrical Interface: This part of Gimatic EJ-XPRO is comprised of an LCD TFT screen and a keyboard for easier access to commands and changes. It then features an embedded circuit board with advanced functions as well as an M12 8 pins male connector for power and I/O connections.
5. Silenced Exhaust: The silenced exhaust of Gimatic EJ-XPRO allows the system to reduce noise emission during its operations.
6. Chassis: The chassis of Gimatic EJ-XPRO is made from high-quality Nylon material that is further reinforced with glass fibre.

Main and Embedded Features

Given the description of its components, the Gimatic EJ-XPRO can easily generate features that are helpful to the industry.

For one, the Gimatic EJ-XPRO has fully integrated smart controls that allow users to operate them without any issues. This innovative vacuum pump can also provide accurate values of operations thanks to its intuitive and comprehensive interface. The Gimatic EJ-XPRO can likewise save energy, simplify maintenance and replacement of ejector, and maximise PWM modulation, auto-exclude, automatic blow-off, and enhanced blow-off functionalities. It is even modular.

To gain access to Gimatic EJ-XPRO, you can call us at ENKOSI.

Click here for the brochure – EJ-XPRO.pdf

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But to keep these systems running, industries have to utilise devices that can deter the effects of shock impulses. One device that has been helpful for hydraulic systems is the shock absorber.

Primary Benefits of Shock Absorbers

A shock absorber is a hydraulic device that can absorb shock impulses. It carries out the said function by altering the shock’s kinetic energy into another type of energy before dissipating it.

Hydraulic systems that are equipped with shock absorbers can gain numerous benefits.

For one, hydraulic systems and their accompanying machines can easily attain longer service life. Shocks and vibrations can easily cause damage and downtimes to the machines. With the integration of shock absorbers, they are prevented from developing these issues. Another benefit of adding shock absorbers to hydraulics is they can help in improving their performance. Shocks tend to control or stop moving mechanisms inside the systems. And with shock absorbers, the effects of shocks are lessened, allowing the hydraulic systems and machines to operate accordingly.

Other benefits of adding shock absorbers to hydraulic systems are higher operating speeds, safer system operations, and lower expenses.

Brand New PXR Series from Enidine

If you are looking for the best shock absorber for your hydraulic system, you may want to consider the brand new PXR series from Enidine. The brand new PXR series from Enidine are small-bore non-adjustable hydraulic shock absorbers that can take in a wide array of energy conditions. Even at maximum energy, these shock absorbers can easily absorb them within a compact envelope size.

Aside from taking in varying energy conditions, the new PXR series can also accommodate different application requirements. From a low velocity/high drive force to a high velocity/low drive force condition, these small-bore non-adjustable hydraulic shock absorbers can easily carry out their intended purpose.

Some of the features and benefits that you can expect from these brand new series are as follows:

• Flexible size and energy absorption capacity that caters to different application requirements
• RoHS-compliant and corrosion-resistant nickel-plated steel body and a tamperproof design
• Inclusion of wrench flats to make mounting easier
• Threaded cylinders to provide more mounting flexibility and improve heat dissipation
• Integrated positive stopping capabilities
• Quality materials and finishes to cater to customer requirements
• ISO quality standards and specifications to provide a long service life

The models available in this series are PXR 25, PXR S 50, and PXR 100.

To know more about these hydraulic shock absorbers, you can contact us at ENKOSI. We are an Australian company focused on supplying cost-effective, high-quality production equipment and specialised tooling to the manufacturing, automation, and aviation industries.

Click here for the brochure –  PXR Series.pdf

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One of the tools that are being utilised by the manufacturing businesses is the end effector. End effectors, which are also known as the end of arm tooling (EOAT), are essential devices that can be attached to the wrist of a robot. The robots used by the businesses are intended to automate key processes that are used to be done manually by workers. Utilising high-quality robots that are equipped with reliable end effectors can make business operations more efficient, faster, and safer.

End effectors or EOATs take various form factors to ensure businesses can finish their operations. Here are some of the most common applications of end effectors or EOATs.

Assembly

One of the most common applications of end effectors or EOATs is assembly. Assembly is the process of putting together parts and components to create a specific product. End effectors such as grippers and sensors can work best with this application due to their reliable functions. Grippers are end effectors that can steadily pick up and hold parts and components. They can likewise regulate and manipulate the orientation of the said objects. Sensors, alternatively, are end effectors that can detect changes in the environment and send all their picked up information to the system.

Welding

Welding generally is a process of joining two or metal components through heat, pressure, or the combination of the two elements. One common end effector for the welding process is the welding torch or gun. Welding torches have become popular with robotic applications since they can carry out various welding processes. They can mix open flame with gas fuel and oxygen so that the metal components can be put together. Most welding torches or guns can be used for arc welding and spot welding.

Material Removal

Material removal processes are done to remove excess products from the workpieces. End effectors intended for material removal can easily cut, drill, and deburr materials, ensuring that products will obtain high-quality results. Products that have undergone material removal processes are expected to have a great surface finish and accurate dimensions. Some materials that can be processed with material removal end effectors are plastic, rubber, and metal.

Palletising

Palletising is the process of transporting and stacking products in one place. This specific process can be utilised by businesses that store a huge number of products. Some end effectors that can be effective in carrying out this process are grippers, vacuums, and clamps. As previously stated, grippers can hold products and workpieces so they can transport them into another place. Vacuums, on the other hand, utilise the difference between the atmospheric pressure and the vacuum in lifting, holding, and moving products. Clamps, ultimately, have two metal pieces that can be tightened so they can move products.

If you need end effectors for your business, you can call us at ENKOSI.

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Machinery protection is comprised of parts that aim to protect the workers from the machinery assets of a specific business or industry. Some parts tend to detect abnormal conditions that a specific machine or tool may be showcasing. Others, alternatively, are meant to shut down the machine or tool whenever catastrophic failures are imminent. One great example of machinery protection is the machine guard.

As mandated by the authorities, powerful machines and tools that are being used in assembly and industrial worksites must be equipped with at least one high-quality machinery protection. The existence of machinery protection, after all, serves the following purposes.

Prevents Direct Contact

One key purpose of machinery protection is to prevent direct contact between the machines and body parts of the people on-site. Machines and tools that are being utilised in workplaces often have moving components. Once these components accidentally come into contact with one’s hands, arms, or other body parts, there is a huge possibility that a person’s body parts become severed. Opting for machinery protection can avoid injuring people on-site as well as prevent the risk of shutting down operations.

Secures the Machine

Another main purpose of machinery protection is to protect the machines from unauthorised control or manipulation. Machinery protection, particularly machine guards, are typically made from materials that cannot be tampered with easily. Once they are installed appropriately, they can protect the machine components from unauthorised control or manipulation by irresponsible workers. This specific purpose retains the optimum operating conditions and settings of machines and tools.

Prolongs Service Life

Aside from protecting the machines from unwarranted manipulation or control by site personnel, machinery protection can also prolong their service life. Machine protection is meant to not only protect the workers from machine-related hazards but also prevent the machines from getting damaged by surroundings elements. The durability of machinery protection safeguards the machines from splatter, debris, and other elements that often shorten their service life.

Allows Safe Lubrication

Machinery protection prolongs the service life of machines not only because of preventing debris and unwarranted control from personnel but also due to the existence of safe lubrication. Machine guards, in particular, are designed to allow the lubrication of machines safely without dismantling them thoroughly. This specific feature of machine guards makes the operations of the machines remain safe since their positioning is not altered unexpectedly.

Keeps Proper Workflow

Since machinery protection does not allow any interference in the operations of machines, it can effectively sustain the needed workflow of the workplaces. Unnecessary manipulation and debris contact to the machines and tools only lead to damages and downtimes. With machinery protection, these problems are avoided, ensuring that the workers can operate them accordingly. For business owners, utilising machinery protection can make sure that their businesses operate continuously.

To know more about machinery protection, feel free to call us at ENKOSI.

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Our company, ENKOSI, offers great solutions to manufacturers of parts and components. We are an Australian company that is primarily focused on manufacturing and supplying high-quality production equipment and specialised tooling. We manufacture aluminium profiles, assembly stations, production lines, and conveying systems. We likewise import profile accessories, gripper mechanisms, bellows, industrial shock absorbers, and machine maintenance equipment.

Another product that we offer to our clients is Automation Profile System or APS. It is an industrial building kit that can be utilised in modern plant construction and other applications. APS typically consists of aluminium profiles, joining elements, and a wide range of accessories.

Primary Features of Automation Profile System

The APS is generally known for being economical, flexible, and functional. Since it is made here in Australia, it easily fits almost all the applications that are being conducted by different local businesses. It is even simple to use, ensuring that various industries can maximise it without any issues.

And unlike other industrial building kits, the APS does not need any welding and painting. The only processes that can be done with the Australian-made industrial building kit are drilling, tapping, and sawing. The utilisation of standard components likewise means that the APS only requires less engineering time. The components are even reusable and only require minimal maintenance, which makes the whole industrial building kit environmentally friendly and cost-effective.

The APS is also readily adjustable, changeable, and re-mountable without requiring special tools. So, even with the addition, removal, or alteration of parts and members, the industrial building kit’s efficiency remains high. Ultimately, it is durable and appealing.

Automation Profile System Basic Applications

Given the primary features of APS, many industries truly maximise them in a lot of ways. Some of the most notable applications of APS include workbenches, workstations, assembly stations, enclosures, guards, and partitions. The industrial building kit can also be maximised in machine stands and bases, conveyor and transfer systems, shelves and storage systems, infeed tables, test rigs, transport trolleys, and shop carts. All the possible applications of APS allow businesses to carry out their operations without any limitations. Utilising the APS likewise grant them the chance to thrive in their respective fields.

If you want to find out more about the APS, you can always contact us at ENKOSI. We are an Australian company that is focused upon manufacturing and supplying cost-effective, high-quality production equipment and specialised tooling to the manufacturing, automation, and aviation industries. Having offices in Victoria and agents throughout Australia, we supply aluminium profiles, manufacture assembly stations, workstations, safety enclosures and end of arm tooling systems.

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Tons of processes can be maximised in creating metal parts and components. One of these processes is cold forming. Cold forming has been utilised by industries thanks to its great working principles.

The Working Principles of Cold Forming

Cold forming, which is also known as cold roll forming, is a forging process that shapes metal materials at room temperature. This specific process is done at high speeds, allowing industries to manufacture huge amounts of metal parts and components without compromising consistency and efficiency. Cold forming is likewise utilised by manufacturers since its products can retain their tensile strength. In some cases, this process can even improve the tensile strength and surface finish of the metal products.

Conducting this specific process can be typically done in two ways. One way to practice cold forming is through stamping. Stamping entails the placement of a piece of metal between two dies that are located in special machines. The metal will then be pressed by the dies until it acquires the intended shape. Most machines can hit the dies for multiple strikes per minute, allowing them to generate a large volume of products needed by different industries.

Another way of cold forming metal materials is through hydroforming. This method is slower since it only maximises one die tool. The die during this type of cold forming is pressed by a rubber diaphragm and a wear pad. The fluid pressure is then maximised to form the needed metal parts.

Cold Forming with EKCOLD Kraftformer

The introduction of the EKCOLD Kraftformer product line to the market allows manufacturers to form metal parts and components swiftly and conveniently. This product line boasts a refined design and comprehensive tool options so that its products can carry out various metal forming options. ECKOLD Kraftformer is likewise made to be durable, ensuring that it can last for a very long time.

With the help of ECKOLD Kraftformer products, metal sheets that undergo cold forming can be processed to obtain more intricate details and finishes. The overall structure of the metal workpieces is compressed rather than removed, which makes sure that they obtain excellent tensile strength. These products can then allow companies to maximise the usage of material and reduce waste.

Some industries that can maximise the benefits of ECKOLD Kraftformer products include automotive, aviation, construction, marine, military, and transportation.

If you want to know more about EKCOLD Kraftformer products, you can call us at ENKOSI. We are an Australian company focused on supplying cost-effective, high-quality production equipment and specialised tooling to the manufacturing, automation, and aviation industries.

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The advantages of air motors make them great for various applications, which is why Desoutter produces them to cater to different industries.

Desoutter, an industrial manufacturer that caters to the equipment needs of the automotive, mining, construction, and electronics industries, offers various types of high-quality air motors across the said industries. And given their long experience in manufacturing tools and equipment pieces, their air motors can easily boast the following characteristics that would be helpful to a lot of businesses.

Light and Compact Form Factor

Air motors from Desoutter are known for their light and compact form factor. Even if they have similar power output, the air motors from the company only weigh around 25% of most electric motors. Air motors likewise occupy only 1/6 of the space that is typically needed by electric motors. The lightweight and compact features of Desoutter air motors make them suitable for a lot of machines.

Torque and Load Connection

Torque is a measurement of the force that causes an object to turn about an axis. It simply determines the rotational force of an engine or motor. When the load increases in air motors, their speed is expected to lower. However, as the speed decreases, the overall torque increases. With a substantial increase in torque, the transport of loads on a system with air motors can be easier and more efficient.

Seamless Power Adjustments

Another great characteristic of Desoutter air motors is that their power can be adjusted seamlessly. Both the output and torque of the air motors can be altered by varying the working pressure. Even the speed of the air motors can be adjusted by varying the airflow. The seamless adjustments of the air motors make it easier for users to regulate their respective systems.

Protection from Overloading

Air motors from Desoutter are not only powerful, but they are also resilient and durable. They can be conveniently stalled without sustaining any damages from overloading or overheating. They can likewise be started and stopped repetitively without any limitation. And since they do not generate any sparks during operations, they can be perfect for areas that may be prone to fire or explosion hazards.

Easy Installation and Reversal

One more characteristic of Desoutter air motors is that they can be installed and reversed easily. Air motors from the company can be installed conveniently due to their light and compact form factor. Additionally, they can work in any position and direction by utilising a directional valve. These qualities allow industries to work with them very easily.

To know more about air motors from Desoutter, you can contact us at ENKOSI.

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Burrs are rough edges in products that are typically caused by irregularities in specific machining processes. These rough edges can easily affect the overall characteristics of products, which is why they are recommended to be removed right away. Burrs must also be removed so that the products can fit well in certain assemblies and undergo more machining processes. Their removal is likewise essential to prevent people from obtaining injuries when touching the surfaces of the products.

One great tool that can remove burrs is the deburring tool.

A Basic Overview of Deburring Tools

A deburring tool, as previously stated, is a tool that can eliminate burrs from the edges and holes of a product. Generally, this tool can be utilised by sliding its blade at an angle along the edge to create enough friction for the removal of burrs.

Using this tool can generate smooth finishes out of products with rough cuts, which ensures that the products can be used for further processing or machining, retail distribution, or general use. With a high-quality deburring tool, products are likewise expected to be free from jagged and irregular edges, making sure that they are safe to touch or utilise.

Some materials that can maximise the capabilities of the deburring tool include raw sheet metals, aluminium products, copper sheets, steel machine components, PVC pipes, and mould-injected plastics. Many deburring tools are capable of deburring most of these materials without any issues.

Deburring Tools from Burraway

Cogsdill, a company that manufactures precision tools, offers deburring tools that can be effective in removing burrs in a wide array of products. Under the brand name Burraway, the company’s deburring tools can be effective in various applications given that they feature replaceable cutting blades. They also have numerous sizes of blades, which can regulate the amount of edge break. They can likewise suit different manual and CNC machines that make them very practical to tons of industries.

A Burraway deburring tool works by inserting it on a workpiece. Once it is positioned correctly on the product, its spring tension will hold the extended cutting blade while removing the burrs on the front of the hole. The feed load is then expected to increase, expanding the tool’s spring tension before retracting its blade automatically while passing through the workpiece. Ultimately, the blade will extend again, removing the burr on the backside of the workpiece’s hole as the tool returns from its initial position.

Burraway deburring tools can be grouped into three types, namely, Type A, B, and C. All these types operate on the same basic principle that is discussed earlier. The only prominent difference among these types is their overall tool diameters.

Buy Burraway Deburring Tools Now

If you want to purchase Burraway deburring tools today, you can contact us at ENKOSI. We are an Australian company, focused upon manufacturing and supplying cost-effective, high-quality production equipment and specialised tooling to the manufacturing, automation, and aviation industries.

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The kinetic energy often comes from the moving masses of an industrial machine that requires deceleration. Once the moving masses of the machine impacts the piston, the latter would be pushedand thereby pressurise the hydraulic fluid. The pressure forces the hydraulic fluid through metering orifices, controlling the fluid flow, boosting its temperature along the way. Ultimately, the heat from the fluid will be sent to the outer body of the shock absorber product and the surrounding environment.

Knowing the Enidine Brand

One of the companies that offer high-quality shock absorber products to various industries is Enidine.

Enidine, which was established in 1966, is a company that offers a wide array of helpful machine components to the industrial, aerospace, transportation, and defence industries. Some products that the company offer are shock absorbers, rate controls, air springs, emergency stops, heavy-duty buffers, and wire rope isolators. The diverse set of products from the company allows them to sustain engineering excellence and technical support to various businesses.

Enidine’s Shock Absorbers

With more than 50 years of operations, Enidine has truly attained the know-how of generating shock absorber products for different industries. The company has even released a wide variety of these products to ensure that every need and requirement of businesses will be met fully. Some types of shock absorber products that Enidine currently offers are as follows:

• ECO OEM / OEMXT Series: This specific product line, which is part of the Adjustable Series Hydraulic Shock Absorbers family, is known for offering the best energy absorption solution to applications that boast varying or undefined input parameters. Products from this series have an adjustable knob design to accommodate different damping forces.
• TK Micro-Bore Series, STH Series: These series, which is grouped under the Non-Adjustable Series Hydraulic Shock Absorbers family, are comprised of products that can accommodate different energy conditions. These products can provide consistent performance and absorb maximum energy despite having compact sizes.
• ECO Series: Also part of the Non-Adjustable Series Hydraulic Shock Absorbers family, the ECO Series from Enidine can sustain a wide array of energy conditions. Products from this specific series are designed out of eco-friendly materials and fluids, which can all work despite having various masses or propelling forces.
• PMXT Mid-Bore Series: The PMXT Mid-Bore Series is another series that is part of the Non-Adjustable Series Hydraulic Shock Absorbers family. Products out of this series can accommodate various energy conditions and absorb maximum energy despite having compact sizes. They are set to perform well under low velocity and high drive force applications.
• HDN, HAD Series: These series are part of the Heavy Duty Shock Absorbers family, which can all protect machines from large impacts in heavy-duty applications. They may come in different stroke lengths and damping properties, ensuring that they can meet the stringent deceleration requirements of various machines.

To know more about these products, feel free to call us at ENKOSI.

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Since the founding of the company in 1957, ECKOLD has been the main source of tools and machines needed by industries that rely heavily on sheet metal and profiles. The company offers machines that can carry out sheet metal forming and finishing works without sacrificing quality and performance. Some processes that the ECKOLD can cater to are cold forming sheet metal and profiles, wheeling, , planishing, and clinching.

An Overview of Planishing Hammer GL 2

One of the processes that the ECKOLD products can carry out is planishing. Planishing is a metalworking process that modifies the finish of sheet metal products through shaping and smoothing them. And with ECKOLD’s own Planishing Hammer GL 2, this specific process can be done perfectly.

The Planishing Hammer GL 2 is known to be the best tool to provide sheet metal products with a perfect surface finish. Even fine laser weld seams can be processed with this specific tool from ECKOLD. What makes Planishing Hammer GL 2 great for the metalworking industry is that they can move rapidly across a curving surface, profiling and smoothing it along the way.

This specific product is often delivered with inserts for not only planishing but also for both stretching and curving. It can even be shipped with synthetic inserts that can yield products without damaging their surface. It can also work with swivelling tool shaft to produce quality edges and corners on workpieces.

Benefits and Applications of Planishing

Manual forming of sheet metals can be done through Planishing Hammer GL 2. This specific product from ECKOLD can also be used to restore car bodies, repairs parts, and loosen warpage on bent sheet metal pieces. These applications are possible with Planishing Hammer GL 2 due to the product’s ability to deliver 2,500 to 3,000 swiftly delivered blows per minute. Dents, wrinkles, and other impurities on the surfaces are expected to be smoothed away with this specific product.

Aside from restoring and repairing workpieces, the ECKOLD Planishing Hammer GL 2 can also generate new products on bent sheet metal pieces as well as block out architectural accents. Those who are generating architectural accent pieces can maximise this specific product in creating detailed workpieces without expecting any failures or issues throughout its use. These things can be done since the Planishing Hammer GL 2 is powered pneumatically and can work with various types of inserts.

Buy Planishing Hammer GL 2 at ENKOSI

If you want to purchase ECKOLD’s Planishing Hammer GL 2, you can contact us at ENKOSI. We are an Australian company that is focused on supplying cost-effective, high-quality production equipment and specialised tooling to the manufacturing, automation, and aviation industries. Established in 1992, we pride ourselves as a leading importer and supplier of local and overseas products.

To protect our employees and clients, we will only be accepting essential visitors onto the premises and have increased sanitation and disinfection protocols on all incoming and outgoing goods.

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