Product Info

The Cross Roller Way Unit with a built-in rack and pinion mechanism is a high-precision linear motion guide featuring a cage slip prevention system. It delivers stable linear motion with high rigidity, capable of handling loads from all directions. By incorporating the Cross Roller Way CRW into a high-rigidity, ground-finished table and bed, it ensures smooth and precise motion, making it ideal for demanding applications. The unique rack and pinion mechanism eliminates cage slip entirely, enabling reliable performance even during high acceleration, deceleration, or vertical axis operation. Compatibility with conventional Cross Roller Way Units simplifies replacement.

■ Features
Cage Slip Prevention: The rack and pinion mechanism fully eliminates cage slip, ensuring stable and reliable motion.
Smooth, High-Precision Motion: High-accuracy raceways and ultra-precise rollers minimize friction for stick-slip-free operation.
High Rigidity Design: The robust table and bed structure minimizes elastic deformation and supports loads from all directions.
Compatibility: Interchangeable with conventional Cross Roller Way Units, allowing for easy retrofitting in existing systems.
Simple Installation: Precision-ground mounting surfaces and optimal preload enable straightforward installation and reliable performance.

■ Specifications
Model Names: CRWUG, CRWU Series
Cage Mechanism: Built-in rack and pinion
Material Options: High-carbon chromium bearing steel
Applications: Machine tools, precision equipment, measuring devices, industrial robots, and more
Mounting: Tapped holes on the table and counterbored holes on the bed for secure installation

■ IKO Thompson Asia Coverage
Thailand: Based in Bangkok, covering Chonburi, Ayutthaya, Samut Prakan, and surrounding regions
Singapore
Malaysia: Kuala Lumpur, Penang, and surrounding regions
Indonesia: Jakarta and surrounding regions
Vietnam: Ho Chi Minh City, Hanoi, and surrounding regions
India

The Cross Roller Way Unit with built-in rack and pinion is a reliable solution for eliminating cage slip and maintaining stable linear motion over extended periods. Its robust design and high precision make it suitable for a wide range of industrial applications.

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