Displacement platform LZ90-2

LZ90-2 Thor precision displacement platform is a high-precision device that can accurately control and measure the displacement of objects. As the core part of the system, the displacement platform determines the performance of the entire system through its parameters such as accuracy, stroke, load and stability. According to the driving mode, precision displacement platforms are usually divided into: electric displacement platforms and manual displacement platforms; according to different classification standards, precision displacement platforms can also be divided into: linear displacement platforms, rotary displacement platforms, compound displacement platforms and other types. Because precision displacement platforms have many advantages such as high precision, fast speed, long stroke, large load, long service life and high degree of automation, they are widely used in experimental research in physics, chemistry, biology and other disciplines. Precision displacement platforms are used to accurately control the movement and positioning of experimental samples. In the process of laser processing, laser cutting, laser marking and other processes, precision displacement platforms are used to accurately control the position and path of laser beams. In the field of metrology and detection, precision displacement platforms are used to accurately measure parameters such as size, shape and position of objects. In automated production lines, precision displacement platforms are used to accurately control the movement and positioning of equipment such as robotic arms and conveyor belts.