Used UNIVERSAL VISE & TOOL Swisher Mark VI #9113770 for sale

UNIVERSAL VISE & TOOL Swisher Mark VI is a powerful and reliable wafer grinding, lapping, and polishing equipment designed to meet your needs. The system includes state-of-the-art components for continuous and repeatable processes with repeatability of 1 micron. Its automated unit ensures consistent and repeatable quality for higher yield products. The machine is a compact and flexible tool that can process multiple wafers at once, allowing for faster production cycles. It provides high quality results for both dry and wet processes. The tool is equipped with a high-speed spindle motors which can achieve up to 400 rpm with both forward and reverse revolutions. The wafer holder has a motorized lifting mechanism that can be adjusted from 0.1 mm - 15 mm to ensure accuracy. The asset offers a high precision vacuum model with separate pumps for both the rough grinding and fine polishing stages. This allows for quick evacuation without the need to move the vacuum cups. The equipment also includes a digital controller which allows for precise programming and control over the parameters. The parameters can be finely adjusted to optimize the grinding, lapping, and polishing process. The system is designed to optimize the precess for different types of processing and materials. It includes multiple mounting fixtures for various forms of wafers, allowing for quick and easy changeover between jobs. It also has a patented quick-change lapping wheel unit which allows for fast and easy changing of the abrasive materials. The machine is versatile and can be used for a wide range of applications, including polishing glass, metal, and plastic surfaces, as well as wafers. The tool is designed for both single- and multi-operator facilities. It can also be used for process development and monitoring to ensure consistent results. Overall, Swisher Mark VI is a powerful and reliable wafer grinding, lapping, and polishing asset. Its high-precision components guarantee results with repeatability of 1 micron accuracy, making it ideal for high throughput, high-quality applications.