Automation Robot Robot accessories OTC DAIHEN

OTC Positioner 2PF500

OTC 2PF500 dual-axis positioner handles up to 500 kg, delivering stable and precise welding performance for heavy-duty automation. Available now in Batam.

製品仕様

Heavy-Duty Dual-Axis Positioner OTC DAIHEN® Automation

OTC DAIHEN 2PF500 – Dual-Axis Power for Heavy-Duty Welding Precision

500 kg High-Capacity Payload • Advanced Multi-Axis Control

The OTC DAIHEN 2PF500 is a high-performance 2-axis welding positioner engineered to handle heavy, oversized components while maintaining absolute motion control and production efficiency. Designed to integrate seamlessly into fully automated robotic welding cells, it delivers optimized tilting and rotation capabilities that allow the welding torch to access complex or deep seams with ease.

Key Features

• Dual-Axis Positioning: Synchronized tilt and rotation movements provide optimum joint accessibility.
• Heavy-Duty Payload Capacity: Rugged design securely holds and manipulates large workpieces up to 500 kg.
• Smooth Velocity Control: Provides regulated rotational tracking speeds reaching up to 120°/s.
• Precise Repeatability: Features an industrial-grade drive mechanism keeping paths within a tight ±0.1 mm tolerance.
• High-Volume Optimization: Intended to reduce manual cycle interventions and maximize total manufacturing throughput.

Technical Specifications

Specification Parameter	Detail Value
Model Designation	OTC 2PF500
Axis Configuration	2-Axis (Tilt & Rotate)
Payload Capacity	500 kg
Max Rotation Speed	Up to 120°/s
Allowable Tilt Range	±90°
Repeatability Tolerance	±0.1 mm
Target Applications	Welding positioning for large, heavy, and complex parts
System Integration	Native compatibility with OTC welding automation setups

Ideal Applications

• Manipulation of medium-to-large structural frames, brackets, and multi-sided plates.
• Precision arc tracking on bulky pressure vessels, tanks, and chemical equipment components.
• High-volume production environments requiring stable part tilting to access hard-to-reach joints.

Benefits Summary

✓ Provides structural stability under high loading, eliminating part vibration and welding deviations.
✓ Minimizes mechanical indexing and repositioning steps, boosting continuous arc-on efficiency.
✓ Integrates smoothly into multi-robot cells for high-speed, synchronized smart automation.