Used MICROMANIPULATOR MM 9920 #293794189 for sale

MICROMANIPULATOR MM 9920 is a programmable positioning stage capable of controlling two axes independently. This prober is designed for use in advanced engineering research in semiconductor device prototyping, flat panel display manufacturing, and other technologies requiring precise mechanical motion control. MM 9920 leverages an open architecture, allowing it to be used with compatible XY controllers, XY stepper motors or even manual and joystick controls. MICROMANIPULATOR MM 9920 features an extremely lightweight and compact design, with high accuracy and resolution. This prober is capable of precisely controlling the position of any mounted device or object along two axes, both in the x and y plane. It can provide a maximum travel of 9 microns for each axis at sub-micron resolution and a load capacity of 0.5 kg, allowing it to handle a variety of sample sizes and weights. MM 9920 is also equipped with an integrated Z-axis planner, which can be used to steer a device or object in any direction. The prober also features an absolute position detection system, which utilizes a light-detection sensor to detect when the stages are beneath a specified object on the Z-axis. This system provides precise positioning accuracy for each axis by continuously recalibrating the position of the mounted device or object in the x, y, and z directions. MICROMANIPULATOR MM 9920 further features repeatable accuracy up to 0.1microns and an adjustable drive unit that can be tailored to the user's specific speed and precision requirements. This prober also offers an adjustable backlash compensation for positional repeatability and anti-vibration properties for precision operations. MM 9920 is an efficient and versatile prober for a variety of semiconductor applications, due to its high accuracy and precision movement capabilities. This prober can be used in a wide range of industries, such as in wafer level packaging, optical characterization, optical fiber handling, and other semiconductor packaging design and fabrication applications. With this highly precise and user-friendly prober, engineers are able to obtain the most accurate and repeatable results in various industry sectors.