Uma empresa líder em automação enfrentou desafios com suas garras eletromagnéticas existentes ao fornecer sistemas automatizados de carga e descarga para um projeto de engenharia aeroespacial. Suas garras eletromagnéticas tradicionais apresentavam vários pontos problemáticos - projetos mecânicos complexos que eram difíceis de implementar, desempenho de preensão inconsistente e problemas persistentes com componentes pequenos e finos [...]

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

Introduction In engineering machinery components, innovation drives progress. A company making and selling these parts uses HVR MAG’s HEPMP – 5715S in track shoe cutting. This blog details shift from old electromagnets to HVR MAG’s new tech. It also shows benefits after implementing this magnetic technology. Background: The Issues with Electromagnet

Enhancing Automation and Efficiency In the ever-evolving field of elevated work platform manufacturing, the pursuit of improved efficiency and safety has prompted companies to adopt state-of-the-art automation technologies. HVR MAG’s magnetic grippers have become a crucial solution, facilitating the smooth incorporation of advanced automation into material handling operations. Our client,

Precision and efficiency drive specialized vehicle manufacturing, like ambulance, truck, aerial work vehicle, etc. Advanced material handling solutions dramatically improve production outcomes. This case study analyzes HVR MAG magnetic grippers’ implementation at a leading industry manufacturer. The transition from manual handling to automation demonstrates measurable benefits: enhanced operational speed, reduced