FPSLDSD30M5R2XY

FPSLDSD30M5R2XY is a special vibration type motorized linear positioning stage. The unique design of the dynamic platform ensures smooth, whisper-quiet operation, making it the best choice for imaging, optics and other high-precision applications.This type of positioning platform combines the precision of ballscrew and the application of dual-axis motor drive system. This gives it the advantage of precise and repeatable positioning even when loaded. FPSLDSD30M5R2XY is an ideal solution for applications requiring a compact linear positioning platform with high accuracy.

The working principle of FPSLDSD30M5R2XY is to convert the rotational motion of the motor to linear motion through the ballscrew. The motor is connected to a precision ballscrew which is connected to the moving platform. The motor applies torque to the ballscrew, the ballscrew rotates and the platform moves linearly along the ballscrew. The rotational speed of the motor determines the linear speed of the platform. The motor is also equipped with an encoder, which helps the controller determine the position of the motor and the platform.

FPSLDSD30M5R2XY finds its applications in imaging, precision optics, optical lens alignment, medical imaging, semiconductor manufacturing, microelectronic assembly, lasers, precision research and measurement instruments, industrial automation, semiconductor testing and many other industries which require precise positioning.

To ensure precision, the whole system is run by a sophisticated controller and a powerful software package that allow it to adjust the speed and position of the platform. The controller also allows a variety of motion control options such as linear, circular, spiral, multi-axis movements. The system is also capable of running complex programs. The controller also provides inputs and outputs for external devices, allowing for interfacing with other equipment.

Thanks to its precision, repeatability, and linear motion accuracy, FPSLDSD30M5R2XY is an ideal positioning platform for high-precision applications. The ballscrew-driven design provides a smooth, low-noise operation suitable for vibration-sensitive applications. With its sophisticated controller and software, it is a versatile, reliable and accurate solution for a wide range of applications.