x
Envoyez votre demande aujourd'hui
Devis rapide

La pince magnétique révolutionne la manutention automatisée des plaques d'acier

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:

La pince magnétique révolutionne la manutention automatisée des plaques d'acier Continuer à lire »

HVR améliore l'automatisation pour l'ingénierie aérospatiale

Magnetic Gripper for Aerospace Engineering

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 améliore l'automatisation pour l'ingénierie aérospatiale Continuer à lire »

Pince magnétique : améliore l'efficacité de la manutention de l'acier

Introduction Industrial automation demands precision steel handling solutions. HVR MAG’s HEPMP-500G-YD electro-permanent magnetic grippers now enable four-component simultaneous processing – a breakthrough in automated welding systems. Correspondingly, these industrial-grade grippers deliver human-level stability for complex operations, eliminating slippage during precision welding. Meanwhile, enhanced clamping consistency directly improves weld quality and

Pince magnétique : améliore l'efficacité de la manutention de l'acier Continuer à lire »

滚动至顶部