Overview

The CPGLTB Series provides a cost-effective solution for high-velocity, long-stroke motion where space and budget are critical constraints. By utilizing a rugged timing belt drive within a low-profile architecture, these actuators eliminate the speed limitations of long-span ball screws while maintaining a precision repeatability of ±0.04mm. Whether performing rapid parts shifting or high-speed tape cutting, the CPGLTB Series delivers the reliability and throughput required for modern industrial automation.

Key Benefits

• High-Velocity Efficiency: Maximize production throughput with linear speeds reaching up to 1,500 mm/s (CPGLTB8) and 1,200 mm/s (CPGLTB5).
• Precision Performance: Ensure consistent quality in dispensing and assembly tasks with a reliable repeatability rating of ±0.04 mm across the entire stroke.
• Extended Travel Range: Scale your automation seamlessly with versatile stroke lengths starting at 50 mm and extending up to 3,000 mm for large-scale operations.
• Economical Low-Profile Design: Reduce machine footprint and center of gravity with a compact architecture that offers an industry-leading ROI compared to linear motor alternatives.

Technical Specifications

The CPGLTB Series is engineered for high-duty cycle environments where long travel and high speeds are non-negotiable. The belt-driven system provides smooth, quiet operation and is virtually immune to the resonance issues common in long ball screw systems.

Target Applications

• Packaging & Material Handling: Rapid conveyor sorting and high-frequency parts shifting in logistics and secondary packaging.
• Precision Dispensing: Consistent adhesive and fluid application over large work envelopes in electronics and automotive assembly.
• Automated Cutting Systems: High-speed tape cutting and fabric trimming where rapid linear motion is essential for cycle time reduction.
• General Industrial Automation: Versatile, long-stroke positioning for pick-and-place, sorting, and assembly line integration.