Finding the center of gravity in steel plate handling is tough. Traditional hooks often fail. Workers face real dangers daily. This challenge slows down production significantly. Companies need a smarter solution fast. The Gravity Challenge in Steel Plate Lifting Safety Steel plates are heavy and awkward. Sizes vary greatly, like 6-12 […]
How to Solve the Gravity Puzzle in Steel Plate Handling Keep Reading »
Moving large steel plates safely and efficiently is crucial for power tower manufacturers. HVR MAG offer the Plate Handling Magnets to improve the production proccess. Traditional methods create significant challenges. Workers often struggle with heavy, cumbersome plates. For example, a China leading power tower manufacturer previously needed two workers. They
How Plate Handling Magnets Transform Steel Plate Transport in Power Tower Industry Keep Reading »
Check the magnetic gripper application in aotumation Line. A leading automation robotics integrator faced significant challenges in handling diverse steel plates (ranging from 50×50mm to 1m) for industrial assembly. Previously reliant on manual labor, they struggled with: Inconsistent Sorting: Inability to accurately categorize and pick varied plate sizes. Thin-Plate Jams:
Magnetic Gripper Revolutionize Automated Steel Plate Handling Keep Reading »
In metallurgy production, machining large components between 200-660mm diameter presents unique challenges. Traditional mechanical clamping methods simply can’t keep up with the demanding precision requirements of modern bearing manufacturing. Workers previously wasted valuable production time tightening numerous screws on conventional fixtures, while uneven clamping pressure often compromised the critical tolerances
Round Magnetic Chuck For Vertical Lathe Machining in Metallurgy Keep Reading »
A leading automation enterprise faced challenges with its existing electromagnetic grippers while providing automated loading and unloading systems for an aerospace engineering project. Their traditional electromagnetic grippers presented multiple pain points – complex mechanical designs that were troublesome to implement, inconsistent gripping performance, and persistent issues with small, thin components
HVR Enhancing Automation for Aerospace Engineering Keep Reading »
