Automation Robot Robot accessories OTC DAIHEN

OTC Slider 1SB

OTC DAIHEN 1SB is a belt-driven linear slider for light-duty robotic welding. Compact, fast, and ideal for long parts. Available now in Batam.

製品仕様

Light-Duty Linear Slider OTC DAIHEN® Automation

OTC DAIHEN 1SB – Linear Motion for Light-Duty Welding Automation

Belt-Driven Linear System • Compact & High-Speed Tracking

The OTC DAIHEN 1SB is a highly efficient, belt-driven linear slider engineered to significantly boost the workspace flexibility and linear reach of your welding robot. Perfect for compact and light-duty setups, this high-speed slider guides the robot along a precise straight axis, enabling seamless welding of long workpieces and rapid access to multi-station welding zones without moving the component.

Key Features

• Belt-Driven Mechanics: Provides exceptionally smooth linear traversal paired with cost-effective dynamics.
• High-Speed Motion: Reaches rapid linear travel velocities up to 1.5 m/s to reduce cycle transitions.
• Space-Saving Footprint: Highly compact design makes it ideal for tight, space-constrained welding cells.
• Synchromotion Ready: Integrates directly with native controllers for fully synchronized multi-axis movement.
• Light-Duty Optimization: Economical entry-level automation solution handling up to a 200 kg robot payload.

Technical Specifications

Specification Parameter	Detail Value
Model Designation	1SB
Drive Mechanism	Belt Drive System
Maximum Stroke Length	Up to 5 meters
Max Linear Speed	~1.5 m/s
Repeatability Tolerance	±0.2 mm
Payload Capacity	Up to 200 kg
Control Compatibility	OTC FD Series Controller (with Synchromotion)
Primary Application	Light-duty robotic welding & multi-zone traversal

Ideal Applications

• Continuous linear arc welding for long, lightweight profiles and structured tubes.
• Multi-station indexing, allowing a single robot to alternate between distinct fixture tables.
• Entry-level automated factory configurations where cost-efficiency and footprint are critical.

Benefits Summary

✓ Substantially expands the operational reach of smaller robotic arms without massive overhead.
✓ High linear velocity translates directly to compressed cycle times and swift station indexing.
✓ Coordinated Synchromotion control minimizes path errors for uniform weld bead production.