A steel plate lifter is a specialized device for moving heavy carbon steel plates. These tools attach to cranes or hoists to transport metal safely. In heavy industry, moving massive plates requires high precision and immense force. Traditional methods often use chains, hooks, or clamps to secure the load. However, […]
In automated sheet metal processing, the handling of thin steel plates requires precision, stability and care. Automation magnet, based on electro-permanent magnetic technology, has become a reliable end effector for robotic arms. It provides a safe and efficient way to grip, lift and move thin workpieces without deformation or surface
Les prix de l'énergie augmentent à l'échelle mondiale, la concurrence industrielle s'intensifie chaque mois, le processus de levage de l'acier est crucial. Par conséquent, les usines doivent trouver des moyens plus intelligents de fonctionner. L'efficacité détermine qui survient dans ce marché difficile. Vous avez besoin de solutions qui travaillent plus dur pour votre entreprise. Le mythe de l'énergie “ gratuite ” Vous pensez peut-être que les crochets sont
Crise énergétique et levage sidérurgique : le véritable avantage concurrentiel Continuer à lire »
In modern manufacturing, automated handling of cylindrical shaft components requires accuracy, stability, and intelligent control. At HVR MAG, we design advanced electro-permanent magnet solutions tailored for robotic integration. In this project, our magnetic system worked seamlessly with an automated robotic arm and vision system to create a high-performance magnetic gripper
Modern steel fabrication demands fast, accurate, and safe handling of cut parts. At HVR MAG, we design advanced electro-permanent magnet solutions that integrate directly with automation equipment. In this project, we combined our magnetic technology with a gantry robot to build a high-performance magnetic workholding system for steel cutting components.
