Used NIEDERBERGER NCS P2 #9066949 for sale

NIEDERBERGER NCS P2 is an automated wafer grinding, lapping and polishing equipment. This multi-functional machine is designed to provide the highest level of accuracy and flexibility in the toughest of environments. It is suitable for use with a wide range of substrates and wafer sizes ranging from 4" to 12" diameter. NCS P2 is equipped with a strong mechanical frame, vibration dampening mechanism and a high-speed direct drive spindle motor. The X- and Y-axes are direct driven with servo motors and an encoder-based feedback system that guarantees a maximum speed of 5 m/min and an dexterity of 50 μm. The unit is designed to work with a variety of wafer grinding and polishing processes, including diamond grinding, diamond lapping, and oxide polishing. The machine includes a special Argon gas control unit and a vacuum tool to ensure the safety and efficiency of the process. NIEDERBERGER NCS P2 also has an integrated control asset with online and offline programming capabilities that allows for automatic parameter control. The high computational power of the controller allows complex grinding operations to take place without operator intervention. The machine features a range of automation hardware that enables the user to pre-program complex machining operations. This includes a pick-and-place robot, intuitive part loading parameters, and automated job sequencing. The operator can also benefit from a central control model that provides information on the status of the process. NCS P2 also includes a range of monitoring equipment that measures a range of parameters such as pressure, temperature and current. This allows for precise adjustment of the parameters and ensures the quality of the final product. In conclusion, NIEDERBERGER NCS P2 is a highly accurate, flexible and efficient solution for grinding, lapping and polishing wafer substrates. It features a range of automation hardware, powerful servo motor controls and integrated monitoring equipment. It is suitable for use in the most demanding applications.