Industrial IH Equipment

Hardening Technologies for Machine Tools, Industrial Machinery, Robotics

Our hardening technologies ensure precise, efficient, and automated treatment. Advanced coil designs, cooling, and high-speed methods minimize warpage and maintain accuracy. Automation systems provide consistent results, while specialized techniques prevent cracking in complex parts. High-frequency induction also offers a fast, precise alternative to carburizing for small-lot workpieces.

Ball Screws

Semi-Open Coil for Case Depth in Wide Grooves

  • Axial current ensures sufficient case depth, even in wide grooves.
  • Core-less design prevents quality issues from core deterioration.

Even Cooling Combination Mechanism

  • Provides uniform cooling after heating.
  • Achieves high-precision lead pitch and minimal warpage.
  • Intensively cools groove area, then entire workpiece for stable hardening.

Original High-Precision Output Mechanism

  • Matching unit moves horizontally at high speed while maintaining stable output.
  • Eliminates need to move the workpiece.
  • Allows for more compact equipment design.

Guide Rails

Original Fixed Coil-Gap Mechanism

  • Ensures even heating of only necessary areas.
  • Maintains fixed coil-gap between coil and hardening surface.
  • Minimizes warpage and impact on post-processes.

Continuous High-Speed Heating and Cooling

  • Long workpieces treated in two stages while fed at high speed.
  • Suppresses internal heat conduction, minimizing warpage.
  • Maximizes productivity.

Guide Rails and Blocks

Guide Rails and Blocks for Small Lots

  • Traditional carburizing has long processing times, quality variation, and extensive post-processing.
  • High-frequency induction hardening addresses these issues.
  • Hardens only the necessary areas, improving efficiency and consistency.

Large Scale Beds

Coil Auto-Tracker for Even Hardening

  • Maintains a fixed gap between coil and workpiece during surface scan hardening.
  • Uses displacement sensors to automatically follow the coil.
  • Ensures even hardening patterns, even on large-scale beds and columns.

Coil Auto-Changer for Automation

  • Reduces time spent manually changing coils for varied workpieces.
  • Prevents coil setting errors.
  • Increases efficiency when heat-treating multiple workpieces in a day.

Robotics Components

One-Shot Quenching for Low Warpage

  • Hardens only necessary areas in a single step.
  • Minimizes warpage and prevents shaft damage from excess heat.

High Productivity

  • Single converter switches between three hardening machines.
  • Sequentially hardens workpieces of different sizes.
  • Supports heat treatment of various models efficiently.

Roller Bearing Hardening Without Cracking or Overheating

  • Handles acutely angled grooves prone to cracking and overheating.
  • Uses original coils and cooling plans to prevent defects.