Micro ball screw induction heating equipment(Φ3mm,Φ4mm,Φ6mm)

Suitable for: Semiconductor and electronics industries / Medical devices and laboratory instruments / Precision automation and optical instruments / Joints for humanoid robots / New energy vehicles

1. Precise Localized Heat Treatment Control
Rapid Heating and Quenching: Utilizing the skin effect of induced current, heating is applied only to the grooves on the screw surface in a very short time, ensuring core toughness and high surface hardness and wear resistance.

Precise Temperature Rise Monitoring: Equipped with a highly sensitive temperature monitoring system to prevent overheating and thermal deformation of the micro-screw, ensuring the stability of the thread geometry.

2. Adapting to Miniaturization Process Requirements
Optimized for Slenderness Ratios: Micro-screws have relatively low rigidity. Heating equipment typically uses a servo system with linear guides (horizontal workstations) to ensure stable travel speed and prevent bending during quenching.

High Quality and Stability: Suitable for micro-miniature transmission components used in medical devices, semiconductor testing, and precision instruments, providing consistent shipment quality.

3. High Efficiency and Energy Saving

Crystal Power Technology: Employs high-power IGBT inverter circuits, offering greater energy savings than traditional resistance heating and allowing for precise power adjustment to meet varying heating depth requirements.

Automation Integration: Can be integrated with automated loading and unloading systems, suitable for large-scale production of high-efficiency, low-energy micro-actuator components.

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