Semiconductor manufacturing demands extreme precision, stability, and efficiency to produce high-quality microchips and electronic components. Our advanced linear motion solutions, including ballscrews, linear guideways, and precision bearings, enhance the performance of semiconductor machines by ensuring smooth, controlled, and precise movement.

1. Ballscrews for Semiconductor Machines

Rolled & Precision Ground Ballscrews

Ballscrews play a critical role in semiconductor processing equipment by providing high-efficiency linear motion with minimal backlash. Our precision-ground ballscrews ensure ultra-smooth operation, essential for wafer handling, lithography, and other micro-machining processes.

Ballscrew Support Units & Precision Locknuts

Our high-rigidity support units and precision locknuts improve ballscrew stability, reduce vibration, and extend the machine’s lifespan, ensuring precise alignment and motion control in semiconductor fabrication.

2. Linear Guideways for Semiconductor Machines

Heavy Load, Compact & Wide Rail Types

Our linear guideways provide superior rigidity and accuracy, making them ideal for semiconductor processing applications:

  • Heavy Load Type – Ensures maximum stability and support for high-precision operations.
  • Compact Type – Ideal for space-efficient semiconductor machines requiring precise positioning.
  • Wide Rail Type – Enhances load distribution and ensures smooth motion for wafer processing.

3. Full Roller & Roller Chain Type

For ultra-precise motion and high durability, we offer:

  • Full Roller Type – Provides excellent rigidity and smooth movement for high-accuracy semiconductor applications.
  • Roller Chain Type – Reduces friction and wear, ensuring extended machine life and consistent performance.

4. Innovative Motion Components for Semiconductor Machines

Ball Chain Type & Cross Linear Guideways

For multi-axis semiconductor equipment, our Ball Chain Type and Cross Linear Guideways ensure smooth, low-resistance motion, improving processing speed and accuracy.

Precision Ball Screw Spline & Rotary Ball Spline

These components enable simultaneous rotary and linear motion, optimizing semiconductor wafer positioning and component handling.

 Linear Bearings & Hardened & Ground Plated Shafts

  • Linear Bearings – Ensure friction-free movement, improving precision in microfabrication.
  • Hardened & Ground Plated Shafts – Provide superior wear resistance and precision under high-load conditions.

5. Rack & Pinion & Planetary Gearbox for Semiconductor Machines

For high-torque applications, our rack & pinion systems and planetary gearboxes provide precise power transmission and motion control, improving efficiency in semiconductor fabrication.

6. Advanced Clamping & Actuation Systems

Hand Clamps & Actuators

  • Hand Clamps – Secure wafers and semiconductor components in place for stable and precise processing.
  • Actuators – Enable automated precision movement, reducing manual effort and increasing production efficiency.

7. Optimized Performance with Lubrication & Support Components

  • C-Rails – Ensure smooth linear motion for high-speed semiconductor manufacturing.
  • Linear Ball Bushings & Flanged Bearings – Reduce friction, ensuring smooth and accurate movement.
  • Shaft with Bottom Support – Enhances machine rigidity, extending operational lifespan.

Why Choose Our Motion Solutions for Semiconductor Machines?

Ultra-High Precision Control – Ensures accuracy in microchip fabrication and wafer processing.

 ✔ Durability & Reliability – Built with premium materials to withstand demanding semiconductor manufacturing conditions. 

Smooth & Efficient Motion – Reduces wear, extending machine lifespan and minimizing downtime. 

Versatile Applications – Suitable for lithography machines, wafer handlers, semiconductor assembly equipment, and more.

Our advanced motion solutions empower semiconductor equipment manufacturers with superior precision, efficiency, and reliability. Contact us today to learn how our products can optimize your semiconductor fabrication processes.