Used OPTOTECH SMP 500 #9387232 for sale

OPTOTECH SMP 500 is a world-class wafer grinding, lapping, and polishing equipment specifically designed for the production needs of modern semiconductor manufacturing. It is an automated system that is capable of producing defect-free precision surfaces on semiconductor components with a high level of accuracy and repeatability on a variety of substrates and materials. SMP 500 utilizes advanced grinding and polishing process control and measurement technologies to ensure that only high-precision surfaces are produced. It features both mechanical and chemical processing steps, with a wide range of process parameters that can be selected to meet product requirements. OPTOTECH SMP 500 is capable of grinding and polishing materials up to 500 microns in thickness with a feed rate of up to 40 mm per minute. It also has a load volume of up to 150 mm in diameter and is capable of handling batches of up to 6000 wafers in the same operation. SMP 500 is equipped with an advanced motion control unit with high-speed digital servo drives, an advanced camera machine with a new vision and measurement tool, and a flexible optical asset. These components, combined with an advanced digital signal processing architecture, enable the model to analyze and process data in order to quickly recognize and correct for any subtle variations in surface profile or finish. OPTOTECH SMP 500 also features a temperature control equipment that precisely manages the material temperature during the various stages of the process, thus preventing thermalgradation and damage to the surface of the wafers. Finally, the system is powered by an energy-efficient motor that offers low vibration, low noise and low power consumption. In summary, SMP 500 is a high-performance wafer grinding, lapping, and polishing unit designed to meet the production needs of modern semiconductor manufacturing. Its advanced process control and measurement technologies and temperature control machine enable it to produce defect-free, high-precision surfaces on a variety of substrates and materials. It also has an energy-efficient motor with low vibration, low noise and low power consumption.