Rail Inlaid Ball Screw & Belt Linear Stages – 2000mm/s High Speed 54mm Compact ISO Class 3 ±0.02mm Straightness

Rail Inlaid Screw & Belt Linear Stages with 54mm compact body, ISO Class 3 clean room compatibility, ±0.02mm straightness and 2000mm/s high speed—boasting rigid structure, low-dust performance and easy assembly for precision automation

  • The Linear Motion System uses a synchronous belt and pulleys (drive and driven) with a tensioning mechanism to convert rotary motion into precise linear motion. This flexible drive mechanism smoothly moves the slider, similar to a conveyor belt. Ideal for high-speed automation, precision machinery, and lightweight transport systems
  • Core Advantages
    • Key Advantages

      1. Compact Design: The Track Embedded Ball Screw & Belt Drive Linear Stages feature a space-saving design with a width as narrow as 54mm, making them ideal for installations where space is limited. This compact form factor doesn’t compromise performance and ensures that the stages can be easily integrated into existing systems.
      2. High-Speed Operation: These linear stages can achieve speeds up to 2000mm/s, making them highly efficient for tasks that require rapid movement without sacrificing precision. The combination of ball screw and belt drive mechanisms provides smooth and reliable motion at high speeds.
      3. Cleanroom Compatibility: Designed with a sealed, fully enclosed system, these stages are suitable for use in ISO Class 3 cleanrooms. Their robust construction, which incorporates stainless steel belts and dust-resistant seals, reduces the risk of contamination, making them ideal for sensitive environments like semiconductor fabs and other cleanroom-based applications.
      4. Precision & Straightness: The linear stages offer excellent straightness, with a repeatability accuracy of ±0.02mm. This ensures that the stages provide highly accurate and consistent movement, which is essential for precision tasks such as semiconductor handling, medical device assembly, and microcomponent placement.
      5. Low Maintenance: The design of these stages allows for external lubrication without the need to disassemble the unit, simplifying maintenance and minimizing operational downtime. Regular maintenance, including lubrication and monitoring, ensures the longevity and reliability of the system.

        Core Applications

        These linear stages are engineered for use in automation systems where precise movement and high-speed performance are critical. Common applications include:

        1. Semiconductor Manufacturing: The ball screw and belt drive linear stages provide precise positioning and smooth motion control for tasks such as wafer handling, inspection, and assembly. Their compact design is perfect for environments where space is at a premium, and the high accuracy ensures that delicate components are moved with precision.
        2. 3C Electronics Assembly: In the 3C electronics sector, these linear stages are used for the assembly of tiny components such as smartphone parts, circuit boards, and camera modules. The high-speed operation of up to 2000mm/s ensures efficient automation, while the ±0.02mm straightness guarantees accurate and repeatable performance in high-volume production.
        3. Robotics & Automation: These stages are ideal for robotic arms and other automation systems, providing accurate linear motion for pick-and-place operations, packaging, and material handling. Their low-maintenance design means less downtime for operations, making them an excellent choice for industries with demanding production schedules.

  • Linear Stage Module

  • Linear Module Actuator

  • High Precision Linear Stage

  • Automation Linear Stage

  • Laser Processing Stage

  • Precision Motion Systems

  • Semiconductor Manufacturing Stage

  • Ideal for Automation、Semiconductor Manufacturing、Laser Processing、Precision Machining

 

Model

GRP Series

Drive Way

Belt

Repeat Accuracy

±0.04

Maximum horizontal load

15-25(Kg)

Max Speed

2000 mm/s ‌

Standard Stroke

50-1400mm

IP Rating

Fully Enclosed

Structure

Compact structure, integrated

Cost

Cost-effective