Dust Proof and Maintenance Free GTH Series Linear Module GTH8 with High Precision

Product Introduction

The GTH series is a track-embedded screw module, serving as a core transmission component for industrial precision automation. It covers a stroke range of 50-1350mm, is compatible with mainstream PLC control systems, and can be flexibly configured into multi-axis structures to meet diverse motion requirements.

Core Advantages

It features ±0.01mm repeat positioning accuracy and a maximum operating speed of 2000mm/s. The integrated track design improves straightness by 40%, with a maximum thrust of 2563N and a maximum horizontal load capacity of 120kg. It boasts strong rigidity and remains stable even at high speeds.

Key Selling Points

Significant space optimization: 20% narrower than traditional modules and supports both top and bottom installation, suitable for compact equipment layouts.

Excellent cleanliness performance: Equipped with a steel belt dust-proof structure, it effectively prevents particle contamination, making it suitable for scenarios with strict cleanliness requirements such as wafer handling and biological sample processing.

High maintenance efficiency: Features an external independent oiling hole design, allowing lubrication and maintenance without disassembling the module.

Comprehensive safety protection: Equipped with a collision detection function that automatically triggers deceleration and shutdown when the load exceeds the set threshold to prevent damage to mechanical components; reserved emergency stop signal interface, compatible with industry-standard emergency stop systems and compliant with ISO 13849 safety standards.

Easy installation and calibration: A precision reference surface (tolerance ±0.005mm) is set on the side of the body, with positioning PIN holes at the bottom, enabling calibration error to be controlled within 0.01mm in multi-axis combinations; standard origin/limit sensor mounting positions support direct NPN signal output, requiring no additional circuit welding, thus increasing installation efficiency by 40%.

Application Fields

In the new energy field, its maximum horizontal load capacity of 120kg and high-speed transmission capability of 2000mm/s can be accurately matched with high-speed battery pole piece laminating machines, supporting efficient processing of tens of thousands of pole pieces per day. It also meets the needs of heavy-load transfer in cell assembly processes such as cell transfer and module capping, avoiding load deformation with strong rigidity and ensuring the continuous operation efficiency of power battery production lines.