End-of-Arm Tools for Industrial Automation
- End-of-arm tools can handle a variety of material sizes and shapes
- Magnets do not change their magnetic state when power failure
- Control unit could be integrated to the PLC system of robot
- Less energy comsumption
- Low-maintenance
- Compact and powerful
Industrial Automation and Robotics
End-of-arm tools uses magnetic force to adsorb various types of workpieces, with stable handling process, no scratches on the surface of the workpiece, and firm magnetic force that does not fall off. Faster speed and higher efficiency.
End-of-arm tool is seamlessly integrated with robot arms and can be controlled through PLC.End-of-arm tools can magnetizes and demagnetizes within approximately 1~2 second, ensuring safe movement..
End-of-arm tools can be integrated into gantry robots for efficient picking, lifting,and transferring of steel parts on automation lines.End of arm tools for gantry robots are suitable for handling heavy workpieces palletizing.
The Smart Automated Bin Picking with Pickup 3D system enables robots or automated equipment to identify, locate, and grab specific workpieces from bins filled with various components (usually randomly stacked).
End-of-arm tools are installed on the end of robots or gantry robots, collaborative workand according to preset programs and rules.The integrated intelligent system ensure efficient and accurate completion of tasks.
End-of-Arm Tools
In addition to lifting and workholding, end-of-arm tools also can be used to pick, lift, load, place, transfer of ferrous parts.With the trend of“Industry 4.0”,electro permanent magnetic gripper end-of-arm tools will be more and more widely applied to intelligent plant in automation applications in the near future.
What is HVRMAG end-of-arm tools
End-of-arm tool is a transfer device for industrial automation and robotics, utilizing electro permanent magnetic gripper for manipulation, clamping and moving of workpieces with various shapes and weight.
The technology of the double magnet uses electrical power only for few seconds in activation “MAG” and deactivation “DEMAG”cycles. The workpiece will not fall down due to the power outage.
Magnetic end-of-arm tools are more and more widely applied to intelligent plant in the near future in automation applications such as:
- Automotive • Conveyor lines
- Pick and place equipment • Energy
- Robotics • Logistics and Warehousing
- Palletising/depalletising systems
Product Feature Box
End-of-arm tools, with its unique advantages, have become a key force driving the process of industrial automation.
Only uses electricity in MAG & DEMAG phase, saving energy up to 95%
Short cycle time,magnetization/demagnetization with in 2 seconds.
Lightweight structure to maximise the end-of-arm capacity.
Magnetic force can remain even in a sudden power failure.
No moving parts inside nearly zero maintenance cost.
Customised design for perfect pick-up of any workpiece.
Automotive Application
End-of-arm tools are essential innovative tools in the automation industry. For example, in the field of automotive applications, end-to-end tools can provide assistance in various processes of automobiles.
Energy Application
End-of-arm tools can also provide great assistance in the energy industry, such as the handling and palletizing of various oil and gas pipes. End-of-arm tools can efficiently automate the stacking of steel pipes. This precise stacking can optimize storage space, ensure that steel pipes are neat and orderly, and facilitate subsequent use.
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Customized Solutions
End-of-arm tools can be customized for various client operating conditions. For example, some irregularly shaped workpieces often have difficulty finding their center of gravity, and conventional handling methods are difficult to locate and transport them.
But End-of-arm tools can directly adsorb and achieve stable handling through strong magnetic force.
End-of-arm tools applications
End-of-arm tools can adapt to workpieces of different shapes. Effective pick and place can be achieved for irregularly shaped metal workpieces. It can grip items from small workpieces to heavy steel plates.
Integrated brake disc automatic processing for loading and unloading, each robot is equipped with 6 sets of magnets to form 2 sets end-of-arm tool handwheels for alternating loading and unloading of brake disc workpieces. The maximum weight of the workpiece is 15-20 kilograms, with a cycle of 15 seconds.
Used for automated production lines, with a simple structure and no space limitations. Very flexible, able to handle various types of workpieces
No, this system is an electro permanent magnetic system and independent from the electric current. It only uses the electric power for a very short period (0.5-2 sec) to run the MAG and DEMAG cycle. Then the power drops down. The effective force is generated by powerful permanent Rare-Earth magnets.
Yes! Except for some basic common models, our magnetic gripper can also be customized according to customer requirements.
No, harmless.
After magnetization, the magnetic system forms a closed magnetic field on the surface of the magnetic plate. The effective distance range of the magnetic field lines is 20 mm.
Once above 20 mm, the magnetic field becomes very thin and comparable to the magnetic field strength in the air. So, people with pacemakers, bank cards, watches, cell phones and other items
should not get close to the magnetic field (20 mm)
Depending on the version.Normally,the maximum temperature is:80℃，If it exceeds this temperature, we can make special designs. Currently, the highest temperature we have designed is 600 ℃
No problem.
By using a multi-layer, waterproof, anti-oil, and corrosion-resistant structure, it is even possible to work in water, oil and gas environment.