Ball Screw Driven Linear Modules

Ball Screw Driven Linear Modules are precision linear motion devices that integrate ball screw transmission systems. They are composed of ball screws, linear guides, drive motors, sliders, and aluminum bases. The core is to achieve efficient transmission through the rolling of balls between the screw and nut, with a transmission efficiency of 90% -95%, far higher than traditional sliding structures.

Its outstanding feature is high precision, with a repeated positioning accuracy of ± 0.005mm to ± 0.01mm. Combined with pre tightening design, it can eliminate reverse clearance and ensure no return error during movement. At the same time, Ball Screw Driven Linear Modules have excellent rigidity and can withstand axial and radial composite loads. The load-bearing capacity of large modules can reach several tons, and it runs smoothly with low noise.

The driving mode of Ball Screw Driven Linear Modules is flexible and can be matched with servo motors or stepper motors to achieve wide speed range control from 0.1mm/s to 2m/s, meeting different working conditions. The module adopts a sealed protection design, and some models have a protection level of IP65, which can work stably in dusty and humid environments. The modular structure makes it easy to combine into multi axis systems and expand into XY platforms or gantry structures.

Used for wafer handling in semiconductor manufacturing, as a feed axis in precision machine tools, driving surgical robotic arms in medical equipment, and for testing platform positioning in the aerospace industry. With high precision, efficiency, and reliability, Ball Screw Driven Linear Modules have become the core component for achieving precise linear motion in high-end automation equipment.

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Here, we introduce Ball Screw Driven Linear Modules, TMS65-CM with data as follows: