High-Speed Ball Screw Jacks (JSH – J2H Series): Maximum Performance for Servo Motors

1. Product Overview

The High-Speed Ball Screw Jack series is an advanced motion control solution designed for high-frequency operations and ultra-fast travel speeds. This series not only boosts production throughput but also optimizes energy consumption, contributing to eco-friendly manufacturing. Engineered for seamless compatibility with Servo motors, these jacks expand application possibilities from basic lifting to complex, high-precision positioning systems.

2. Superior Technical Features

• Impressive Velocity: Achieves lifting speeds of up to 20 m/min, which is 5 times faster than conventional ball screw jacks available on the market.

• High Duty Cycle: Features a maximum ED (Duty Cycle) of up to 70%, allowing the unit to operate continuously under high intensity (5 times higher than traditional products) without overheating.

• Servo Motor Compatibility: Supports flexible input speeds ranging from 2000 – 3000 min⁻¹, making it ideal for applications requiring synchronization and precise Servo control.

• Outstanding Mechanical Efficiency: Achieves an average efficiency of 0.81, significantly minimizing energy loss and ensuring ultra-smooth operation.

• Safety Note (Non-Self-Locking): Due to the low-friction nature of ball screws, this series does not have a self-locking function. A braking system (on the motor or drive shaft) is required to ensure the load remains secure when stationary.

3. Standard Technical Specifications

4. Real-World Applications

Thanks to its high-speed capabilities and high duty cycle, the JSH/J2H Series is the preferred choice for:

• High-Speed Packaging & Sorting Systems: Rapid actuation for high-throughput logistics.

• Pressing & Pushing Mechanisms: Efficient movement in electronic component assembly lines.

• Robotic Lifting Platforms: Integrated height adjustment for automated robotic cells.

• Motion Simulation Equipment: Precise and fast-response actuation for flight or driving simulators.