Automation Robot Robot accessories OTC DAIHEN

OTC Positioner 2PF1000

OTC 2PF1000 2-axis positioner supports up to 1,000 kg for heavy-duty robotic welding. Precision control for large parts. Available now in Batam, Indonesia.

Product Specification

Maximum Payload Dual-Axis Positioner OTC DAIHEN® Automation

OTC DAIHEN 2PF1000 – Maximum Payload, Maximum Precision

1,000 kg Heavy-Duty Payload • High Structural Integrity

The OTC DAIHEN 2PF1000 is a powerful, high-capacity 2-axis positioner engineered specifically for heavy-duty welding automation. With an impressive 1,000 kg payload capacity, it provides unmatched stability and support for large, complex workpieces while maintaining exceptional positioning accuracy. This model is ideal for demanding industries requiring flawless structural integrity and consistent, repeatable weld profiles.

Key Features

• Advanced Positioning Control: Robust dual-axis movement allows seamless part tilting and rotation.
• Maximum Payload Capacity: Rugged, heavy-duty build handles massive workpieces up to 1,000 kg.
• Stable Motion Profiles: Delivers smooth, controlled rotational tracking speeds reaching up to 100°/s.
• Exceptional Repeatability: Precision-engineered drive train maintains accuracy down to a tight ±0.1 mm.
• Robotic Cell Optimization: Seamlessly synchronizes with robotic arms to reduce cycle downtime.

Technical Specifications

Specification Parameter	Detail Value
Model Designation	OTC 2PF1000
Axis Configuration	2-Axis (Tilt & Rotate)
Payload Capacity	1,000 kg
Max Rotation Speed	Up to 100°/s
Allowable Tilt Range	±90°
Repeatability Tolerance	±0.1 mm
Target Applications	Welding of extra-large, bulky, or heavy industrial parts
System Integration	Native compatibility with OTC robotic automation systems

Ideal Applications

• Large-scale structural fabrication, commercial frames, and chassis assemblies.
• Heavy machinery components, massive industrial tank parts, and thick pressure vessels.
• High-volume production lines requiring absolute path reliability under tough industrial conditions.

Benefits Summary

✓ Ensures stable and well-controlled tilting for oversized components, minimizing vibration risks.
✓ Enables automated welding systems to easily access complex seams, improving ergonomics.
✓ Significantly minimizes repositioning downtime, pushing factory productivity to its peak.