Used GIGAMAT GXG-10000 #9042844 for sale

GIGAMAT GXG-10000 is a robust and reliable wafer grinding, lapping and polishing equipment designed to meet the needs of the most demanding production environments. This system ensures accurate, consistent, and repeatable results for both single-side and double-side processing. It is ideal for wafer grinding, lapping, and polishing applications such as the production of tapes, dielectric masks, and high-quality bonding pads and interconnects. GXG-10000 utilizes advanced CNC control technology to achieve precise and repeatable wafer grinding and lapping performance. This unit is capable of high-precision lapping and polishing processes that ensure the highest level of flatness and perfect surface quality. The precise control and measurement of each process is maintained through use of a closed-loop sound detection machine. GIGAMAT GXG-10000 features a large variety of machine accessories and process options to meet specific production requirements. Its modules include wafer feeders, polishers, grinders, and multiple tool carriers. This tool also offers various customizable lapping and polishing pad material options, abrasive disc options, and angle control options. It also provides an intuitive user interface and a wide range of alarms, messages, and reports to give the user full command of the machine. GXG-10000 is capable of producing excellent wafer planarity results and extremely tight surface roughness tolerance. It is also capable of producing wafers with low defect rates due to its highly precise control of the process. Additionally, the asset boasts a small footprint to ensure minimal space requirements for installation. In order to maintain optimum efficiency, GIGAMAT GXG-10000 should be regularly maintained and inspected. This includes ensuring proper operation of all moving axes, calibrating the lapping section, and regularly cleaning the model to prevent potential contamination. GXG-10000 is a powerful and reliable equipment for wafer grinding, lapping and polishing processes that is capable of providing consistently accurate and repeatable results. Its comprehensive range of features and flexibility make it an ideal choice for the production of high-end interconnects and other applications.