How are industrial magnets used in robotics, or how magnetic grippers facilitate industrial automation for manufacturers and factories. Get answers for these questions.
Handling steel pipes in row with magnetic gripper in automation(robotic) work cell, is the leading trend of industrial automation. This automated steel tube stacker is composed of 3 end-of-arm tool magnets and a flexible gant
For steel material handling like sheets, plates, cut parts, etc., both vacuum suction cups and magnetic gripper can be used as end effector, in conjunction with a robot arm or manipulator arm. Each has its own pros and cons. Choosing the right robot end-of-arm tool plays an vital role in enhancing the overall material handling efficiency and
Guardrails are common barriers set on highway to provide safety for drivers who turn off the road. Normally we're under the impression that they’re made of steel, irregularly shaped and difficult to handle. To solve that, steel fabricators have been using magnetic palletizer to handle and stack structural steels like guardrails to maximize their productivity
Are you looking for an end-of-arm tool that can pick up, hold in position, transfer, flip and place steel parts in various shapes, sizes and weight? Most importantly, that robot gripper shoule be able to withstand the high temperature in welding line. Well, this is where the magnetic gripper comes into play.
There are several types of robotic arm grippers we've heard about, magnetic gripper, vacuum gripper, pneumatic gripper, hydraulic gripper, both of which have been widely applied in industrial automation. But, which gripper should you choose for automated handling of irregular heavy machined parts in palletizing/depalletizing line?
HVR magnetic gripper has found a new application in automated packing steel tube parts on gantry robot in Henan Province. The gripper size was custom designed and manufactured per client's specification request, to be able to handle 108 pieces of single steel tube in a single move.
