Used STRUERS TegraPol-21 #9201804 for sale

ID: 9201804
Polisher With tegra force-3 Speed: 150+300 rpm Working hours: 100.
STRUERS TegraPol-21 is an innovative wafer grinding, lapping, and polishing equipment designed to meet the most challenging requirements of the semi-conductor industry. This system is a fully automated, high-precision device designed for maximum efficiency, accuracy, and cost-effectiveness. STRUERS TEGRAPOL 21 offers maximum accuracy and high productivity, while its patented design ensures excellent repeatability and consistent results time after time. The unit is capable of grinding, lapping and polishing a wide range of types and sizes of wafers; from small silicon wafers measuring 1/4 inch in diameter up to large quartz wafers measuring 8 inches in diameter. The machine is composed of four parts - a grinding and lapping unit, a polishing unit, an automatic measuring unit, and an electronic control unit - all of which work together to provide fast, precise, and consistent results. The grinding and lapping unit features an innovative surface motion analysis tool which allows the user to precisely and rapidly adjust the positional accuracy of the wafer grinding surface. The asset also includes an innovative wafer handling model which uses a vacuum chuck to quickly and safely move the wafers between the grinding and polishing units. The polishing unit also features an advanced polishing equipment, capable of achieving mirror-like results with minimal time, effort, and cost. TegraPol-21 also features an automatic measuring unit, equipped with high-precision sensors and a user-friendly software interface. This unit is designed to quickly and thoroughly measure the results of the grinding and polishing process for accurate analysis and performance assurance. All of these features combine to make TEGRAPOL 21 an ideal system for high-precision wafer grinding, lapping, and polishing. With its exceptional accuracy, repeatability, and ease of use, it is a top-of-the-line unit perfectly suited for meeting the most demanding requirements of the semiconductor industry.
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