Used LAPMASTER 24 #9299368 for sale

LAPMASTER 24 is a premium equipment designed for precision surface conditioning and polishing of hard materials such as metals, ceramics, plastics, composites, and semiconductors. It is utilized for wafer grinding, lapping, and polishing purposes. The system ensures a reliable, repeatable, and precise polishing process with minimal material and time wastage. 24 unit employs thick μm precision technologies for smooth grinding and polishing of two- and three-dimensional substrates. The machine features an active robotic cell with an automated loading mechanism. It covers a superior range of material densities and surface profiles with remarkable accuracy. Its modular design enables it to adapt to different applications, including frequent task changes, front-end processing, and device gold work. When dealing with larger wafer sizes, the tool allows for higher productivity with its increased precision. LAPMASTER 24 utilizes two powerful motors to ensure a precise grinding and polishing process. They also ensure superior torque over long cycles with minimal weakening over time. It can also transfer higher loads to prevent excessive temperature build-up. The combined movements from the motor and precision-controlled grinding and polishing of the wafers produce excellent and consistent results. The asset also includes a versatile automated LoadLock model that allows for maximum wafer manipulation during the grinding and polishing process. It also allows for up to 5 wafers to be loaded and considered simultaneously, thus reducing cycle times and improving the overall process. 24 equipment boasts temperature-controlled process fluids which help to reduce particle contamination and breakage of the wafers. Furthermore, the swarf removal system on the machine helps to filter out unwanted debris and minimizes potential contamination from grinding materials. LAPMASTER 24 is an ideal unit for wafer grinding, lapping, and polishing and offers superb performance. The machine provides unparalleled repeatability and repeatable results, ensuring high quality, reliable, and cost-efficient production. Moreover, it is ultra-reliable and highly efficient, making it a great choice for modern microelectronic and nanotechnology industries.