In modern manufacturing, palletizing plays a key role in improving efficiency and reducing manual labor. As production volumes increase, more companies are turning to automated gantry systems to handle stacking and material transfer tasks. HVR MAG provides electro-permanent magnetic solutions that integrate with these systems, offering a reliable and efficient […]
Magnetic Solution for Automated Palletizing Systems Continuer à lire »
Steel plate lifting starts the wind tower production line, which requires extreme precision and high speed. However, many factories relied on old electromagnets or heavy clamps. These old methods created major bottlenecks for the factory team. For example, workers spent ten minutes on every single lift. Clamps also caused frequent
EPM Solution: Steel Plate Lifting For Wind Tower Production Continuer à lire »
Handling an Irregular Cut Piece poses a significant challenge in the construction machinery industry. Manufacturers must move heavy, odd-shaped steel plates safely and quickly. However, traditional lifting methods like permanent magnetic lifter or hooks often fail to meet these high standards. A company in Shandong recently faced this exact problem in their daily
Handling high-temperature workpieces is a common challenge in many industries. When materials reach around 200°C, manual handling becomes difficult and unsafe. Operators face heat risks, and traditional tools often cannot perform reliably. This creates a strong need for automated handling solutions. High-temperature Application To address these challenges, HVR MAG developed
Magnetic Gripper Solution for High-Temperature Automated Handling Continuer à lire »
SHANGHAI – HVR Magnetics, a leading provider of magnetic clamping and mold change solutions, will show magnetic quick mold change system at CHINAPLAS 2026, held at the National Exhibition and Convention Center (NECC) in Hongqiao, Shanghai from April 21 to 24, 2026. Designed for injection molding applications across medical devices,
HVR Magnetics Shows Magnetic Quick Mold Change System at CHINAPLAS 2026 Shanghai Continuer à lire »
