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Intelligent Steel Part Handling with HVR MAG Magnetic Workholding System

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. […]

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 sistema de sujeción magnética for steel cutting components.

Seamless Integration with Gantry Robot

The customer needed an automated way to transfer steel cutting parts from the processing table to the stacking area. HVR MAG engineered a magnetic workholding system that works in perfect coordination with the gantry robot. The system grips each steel part firmly, maintains stability during movement, and ensures precise positioning throughout the transfer process. Even when contact surfaces are uneven, our magnets deliver consistent holding force and reliable performance.

Key Advantages of HVR MAG Magnetic System

Our electro-permanent magnetic workholding system delivers:

  • Strong and stable magnetic force for secure handling of heavy steel parts

  • Energy-efficient operation, consuming power only during magnetization and demagnetization

  • Fail-safe holding force, eliminating load drop risks during power outages

  • Accurate single-part handling, preventing multiple-piece lifting

  • Durable industrial design for continuous automated operation

Driving Productivity and Safety

With the integration of HVR MAG’s magnetic workholding system and robotic automation, the manufacturer increased cycle speed and reduced manual intervention. Operators no longer handle heavy or sharp steel parts directly, which significantly improves workplace safety. At the same time, the system enhances production efficiency and ensures stable, repeatable performance in high-volume steel processing.

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