Used PETER WOLTERS AC 320 #9410055 for sale

PETER WOLTERS AC 320 is a automated high-precision wafer grinding, lapping and polishing equipment designed for multi-sided and multi-diameter processing. It uses a precision planetary work spindle to grind, lap and polish all different types of flat and contoured surfaces. This machine can also be used for lapping and polishing multiple wafers in parallel. AC 320 is ideal for the production of thin wafers, display panels and other flat surfaces, as well as a wide variety of medical devices. PETER WOLTERS AC 320 is equipped with a configurable work spindle that allows for processing different diameters and thicknesses of materials with ease. This system also features a variable speed mechanism that accommodates different processing requirements such as coarse and fine grinding, as well as diamond, lapping and polishing. Its state-of-the-art Control 3D operating software ensures fast and accurate grinding, lapping and polishing parameters. The machine also has an in-situ measuring unit to ensure that each wafers is precisely processed to exact requirements. AC 320 is constructed using the latest technology and is built with a flexible design incorporating a number of workholding accessories such as clamps, plates and rotary disks. This provides maximum machining flexibility, allowing users to precisely handle even complicated work pieces and workholding configurations. It is also equipped with a rinse and maintenance bay, as well as a global process monitoring machine, ensuring optimal operating performance and cleanliness. Depending on the application, this machine can be configured with a wide variety of grinding tools, including diamond tools and ceramic polishing pads. This makes PETER WOLTERS AC 320 the ideal solution for precision wafer grinding, lapping and polishing. The tool is designed to guarantee extremely accurate machining results, with unsurpassed performance and reliability. Additionally, its high-performance design ensures efficient cooling and quick cleaning of the machining area.