English
Linear Motion Knowledge Center
Total 103 Articles
Advantages of Ball Screw Linear Modules in Precision Automation
Ball screw linear modules are widely used in precision automation systems that require accurate positioning, high thrust, stable repeatability and reliable motion control. By combining a ball screw transmission, linear guide, carriage, support bearings and mot...
Servo vs Stepper Motor for Timing Belt Linear Modules
Servo motors and stepper motors are both commonly used to drive timing belt linear modules. Although either motor can move the carriage along the linear axis, they differ significantly in speed performance, torque characteristics, position feedback, control ac...
Timing Belt Linear Module Multi-Axis Configuration Guide
A timing belt linear module can be used as a single motion axis, but its high speed, long stroke and flexible motor arrangement make it especially suitable for multi-axis automation systems. By combining two or more modules, engineers can create XY positioning...
Horizontal Installation Guide for Timing Belt Linear Modules
Horizontal installation is one of the most common configurations for a timing belt linear module. It is widely used in automated loading, material transfer, packaging, inspection, dispensing, sorting and pick-and-place systems.Although a horizontal axis is not...
Using a Timing Belt Linear Module for Vertical Motion
A timing belt linear module can be installed vertically, but vertical operation requires more careful selection than horizontal motion. In a vertical axis, the motor must overcome gravity during upward movement and control the descending load during downward m...
Motor Selection for Timing Belt Linear Modules
Selecting the correct motor is essential for achieving the required speed, acceleration, positioning performance and service life of a timing belt linear module. An undersized motor may cause slow acceleration, positioning errors, motor alarms or unstable oper...
How to Select the Correct Stroke for a Timing Belt Linear Module
The stroke of a timing belt linear module determines how far the carriage can move along the axis. Selecting the correct stroke is not simply a matter of matching the module stroke to the required movement distance. Engineers must also consider the effective s...
Ball Screw Linear Module Features: Accuracy, Rigidity and Thrust
A ball screw linear module is a precision motion system that converts the rotary motion of a motor into controlled linear movement. By combining a ball screw, ball nut, linear guide, carriage, support bearings and motor connection components within an integrat...
Ball Screw Linear Module Components and Their Functions
A ball screw linear module is a precision motion system that converts the rotary motion of a motor into controlled linear movement. Its positioning accuracy, load capacity, rigidity, operating speed and service life depend not only on the ball screw itself, bu...
Ball Screw Linear Module Structure Explained
A ball screw linear module is a precision linear motion system that converts rotary motor motion into controlled linear travel. Its positioning accuracy, load capacity, rigidity, service life and operating stability depend not only on the ball screw itself, bu...
