Used NAGASE INTEGREX NSF 600 #9257645 for sale

NAGASE INTEGREX NSF 600, a high-precision wafer grinding, lapping, and polishing machine, is a key machine for specialized needs in the semiconductor and optoelectronics industries. This precision machine is designed to enable high-precision wafer processing with tight tolerances. NSF 600 has a robust grinding head stage that delivers higher cutting accuracy and productivity. This is achieved through a combination of high-speed rotation and a 3-axis CNC motion control to enable precise cutting and grinding. In addition, the machine is designed to operate quietly while maintaining smooth and stable operations. The NCF 600 also features an enclosed working space with a dust collection unit to help reduce airborne particles that can adversely affect the quality of finished products. The equipment is also equipped with optional product automation options, such as a Wafer Alignment and Vacuum Chuck System, which can be integrated with the grinding head stage to ensure precise alignment of the wafer surface to be machined and reduce the time required to move wafers onto and off of the grinding head. NAGASE INTEGREX NSF 600 also features an on-board grinding wheel and polishing module that allows for flexible grinding, lapping, and polishing of various materials, including hard-to-machine metals. Additionally, the machine can be set to run in either a manual or automatic mode, depending on the specific requirements of the job. In addition to the above, the unit also features a variety of optional equipment and accessories, including a viscometer, digital microscope, vacuum heater, and wafer slicing machine. All of these components are designed to make the grinding, lapping, and polishing process as efficient and precise as possible. Overall, NSF 600 is an efficient and reliable machine for precision grinding, lapping, and polishing of wafer surfaces. It offers a powerful, high precision cutting capability along with optional integrated automation options to increase throughput and reduce overall costs. It is a great choice for applications that require tight tolerances and high levels of accuracy.