Automation Robot Robot accessories OTC DAIHEN

OTC Slider 1SR

OTC DAIHEN 1SR is a rack-and-pinion linear slider with up to 500 kg payload and 10 m stroke. Perfect for medium-duty robotic welding. Available in Batam.

製品仕様

Medium-Duty Linear Slider OTC DAIHEN® Automation

OTC DAIHEN 1SR – Rugged Linear Slider for Medium-Duty Welding Automation

Rack-and-Pinion Drive • Extended 10-Meter Traversal Reach

The OTC DAIHEN 1SR is a highly robust, rack-and-pinion-driven linear slider specifically engineered for medium-duty automated robotic welding systems. Designed to carry and guide high-performance robotic arms along an extended linear axis with exceptional rigidity and force, the 1SR substantially increases the workspace volume. This enables efficient handling of oversized structures, long industrial frames, and complex multi-station fixture setups without needing to reposition individual parts.

Key Features

• Rack & Pinion Mechanics: Heavy-wear drive design ensures ultra-smooth and consistent linear velocity.
• Extended Stroke Length: Supports scalable tracking infrastructure extending up to a long 10-meter reach.
• Mid-Range Loading: Rigid structural frame handles total payload capacities reaching up to 500 kg.
• Coordinated Tracking: Utilizes native Synchromotion firmware for tight, simultaneous arm-and-slider integration.
• Industrial Resiliency: High rigidity prevents deflection under continuous cycles in demanding environments.

Technical Specifications

Specification Parameter	Detail Value
Model Designation	1SR
Drive Mechanism	Rack and Pinion
Maximum Stroke Length	Up to 10 meters
Max Linear Speed	~1.0 m/s
Repeatability Tolerance	±0.1 mm
Payload Capacity	Up to 500 kg
Control Compatibility	OTC FD Series Controller (with Synchromotion)
Primary Application	Medium-duty robotic welding & large assembly traversal

Ideal Applications

• Automated structural steel welding, chassis fabrication, and long infrastructure frames.
• Multi-station tracking setups allowing automated alternate welding on twin fixture blocks.
• Heavy fabrication cells requiring consistent, non-deflecting linear travel under sustained payloads.

Benefits Summary

✓ Significantly multiplies the operating boundary of standard robotic installations.
✓ Delivers tight geometric path consistency down to an industrial-grade ±0.1 mm tolerance.
✓ Eliminates downtime spent manually transferring large or complex components between tasks.