RSB Series Micro Ball Screw Jacks: Compact – High Performance

1. Overview of the Ultra-Compact Ball Screw Series

The RSB Series is a breakthrough line of ball screw jacks featuring an ultra-compact design and extremely low weight. Despite its minimalist footprint, the series delivers powerful drive performance equivalent to standard screw jack systems. It is the perfect solution for applications demanding streamlined dimensions without compromising on speed or high precision.

2. Key Technical Features

• Superior Efficiency: By utilizing a rolling friction mechanism (ball screw) instead of sliding friction, the RSB Series achieves significantly higher transmission efficiency and faster operational speeds.

• Space-Optimized: The housing is intelligently designed to allow flexible mounting from both the top and bottom surfaces, making it easy for engineers to integrate into equipment with severe space constraints.

• Ultra-Lightweight: Achieves a perfect balance between weight reduction and structural durability.

• Anti-rotation Option: Available in versions with an integrated anti-rotation mechanism to ensure absolute control over linear translation.

• Safety Note (Non-Self-Locking): Due to the low-friction characteristics, this series does not have a self-locking function. A braking system (brake) must be equipped to ensure load safety when the motor stops.

• Extensive Accessories: Supports integration with bellows (dust covers), limit switches, and RC encoders for precise position monitoring.

3. Detailed Technical Specifications (RSB Series)

4. Typical Applications

Thanks to its speed advantages and Maintenance-Free design, the RSB Ball Screw Jack is ideally suited for:

• Semiconductor & Electronics Assembly: Precision positioning for high-speed pick-and-place or testing units.

• Small Robotics: Actuators for robotic arms and specialized automation systems.

• Medical & Laboratory Equipment: Automated diagnostic machines and medical imaging adjustments.

• Modern Packaging Machinery: Compact adjustment mechanisms requiring high duty cycles.