Used MICROMANIPULATOR MM 9920 #9171905 for sale

MICROMANIPULATOR MM 9920 is a high precision prober designed for research and development laboratories requiring exceptionally accurate data. It is a fully automated equipment with a variety of specialized components designed to facilitate micro-manipulation of microscopic samples. Utilizing a highly advanced motion control system, MM 9920 is capable of precise directional positioning and extensive movements for manipulations such as those required for electron microscopy or atomic force microscope. The unit is equipped with a joystick for user control, while also capable of executing automated functions. It provides a high degree of reliability and repeatability in the micro-manipulation process. The prober features state-of-the-art optical components such as a 5-inch objective lens with remote-focusing and dual-element rectangular field illumination. This allows for experimentation with light sources such as laser beams, thereby facilitating advanced micro-mechanical processes. MICROMANIPULATOR MM 9920 also includes a high-pressure air station that provides highly accurate air-assisted micro-manipulation. Additionally, the machine offers integrated vision technology for automatic sample recognition and scanning. This eliminates the need for manual operations. The prober is designed to work with a variety of microscopy applications and tools, such as imaging and trace analysis among many others. It has the capacity to accommodate different sample sizes and sample types, and it can also hold up to two objectives for image and trace analysis simultaneously. MM 9920 also provides accurate, low-noise data capture and output, making it an ideal solution for research and development activities. In addition to providing improved accuracy and performance, the tool also ensures reliable operations with its self-diagnostics feature for regular maintenance. Overall, MICROMANIPULATOR MM 9920is a robust, reliable, and versatile prober designed to meet the highest standards of precision, accuracy, and reliability for research and development requirements. Its specialized components allow for a range of micro-manipulation techniques, while the integrated vision asset eliminates manual processes for a streamlined and reliable operation.