The Linear Stage is an indispensable part of the precision motion control system, which can achieve high-precision and high-repeat linear motion. In fields such as automation equipment, semiconductor equipment, and robots, Linear Stage is widely used.

Linear Stage is mainly composed of guide rails, sliders, driving mechanisms, control systems, etc. The guide rail is the track of the slider, and the slider moves along the guide rail. The driving mechanism can be a motor, a cylinder, etc., which provides power to the slider. The control system controls the precise position and speed of the slider.

The performance indicators of Linear Stage include positioning accuracy, repetition accuracy, speed, etc. Positioning accuracy refers to the position accuracy of the slider on the guide rail, and repeatability refers to the repeatability accuracy of the slider at the same position. Speed refers to the distance the slider moves per unit time. These performance metrics will vary based on different application requirements.

Linear Stage has a wide range of applications. For example, in semiconductor equipment, Linear Stage can realize precise transmission of wafers; in robots, Linear Stage can realize precise expansion and contraction of robot arms. Linear Stage can also be used in precision measurement, precision machining and other fields.

The linear stage is the core element of precision motion control, and its development and application will have an important impact on future manufacturing, robotics and other fields.