Products

• Can be integrated into production lines
• Available as standalone units
• Customizable for different part geometries and sizes

Why Demagnetization is Necessary

• Interfere with coating processes (e.g., chrome, nickel plating)
• Negatively affect welding quality
• Attract metal particles and contaminants
• Impact electronic systems and sensors
• Lead to product rejection or non-conformity

Working Principle

• The component passes through a controlled magnetic field
• Alternating or reversing magnetic fields are applied
• Field intensity is gradually reduced
• Magnetic domains are randomized
• Residual magnetism is minimized or eliminated

Technical Features

• System Types:
  • Tunnel (pass-through) demagnetizers
  • Conveyor-based or stationary systems
• Current Types:
  • AC (Alternating Current)
  • DC (Direct Current)
  • Reversing polarity cycles
• Control:
  • Adjustable frequency and current
  • Programmable process parameters
• Automation:
  • Conveyor or trolley integration
• Operation: Inline or standalone

Key Features

• Essential process after MPI
• Suitable for low, medium, and high magnetic field applications
• Manual and fully automated configurations available
• Programmable control panels with recipe management
• Easy integration into production lines
• Custom-designed solutions based on part size and requirements

Advantages

• Prepares parts for subsequent manufacturing steps
• Reduces rejection rates and quality issues
• Improves coating and welding performance
• Prevents damage to machining equipment
• Ensures compliance with industry standards

Applications

• Post-MPI processing
• Machining operations (turning, milling)
• Tube and profile manufacturing
• Automotive and casting industries
• Aerospace and defense
• Heavy industry and mechanical engineering