Used ADT / K&S 7200 #9270006 for sale

ADT / K&S 7200 Scribing / Dicing Equipment is a highly advanced and efficient automated system designed for precision scribing and dicing of various substrates such as semiconductor materials and circuit boards. This unit offers a high degree of accuracy, repeatability and reliability, with a throughput up to 1000 cuts per minute, and a variable cut length from 0.5 to 10mm. The machine equipment of ADT 7200 machine includes a high speed scribing unit and a UV laser dicing unit with a variable focal length option up to 19.5 inches. The scribing unit is designed for fast and accurate scribing of materials with a variable cut rate of up to 1000 cuts per minute, and a variable cut width adjustment of 0.20 to 2.00mm. The UV laser dicing unit is highly efficient, with a variable focal length up to 19.5 inches, and a variable lateral shifting range of up to +/- 5mm. In addition, the tool includes a graphical user interface (GUI) providing users with a range of options to control the asset and customize workflow. The data collected through the GUI can be stored for further analysis. K&S 7200 model is supported by a range of amenities and features like a dust collection equipment, anti-static protection option, remote diagnostics, safety interlocks, and statistical process control (SPC) options. In addition, the system is powered by a dedicated programmable logic controller and is equipped with motion control which ensures precise alignment of the dicing and scribing units. The unit also features an automated conveyor machine for transporting wafers, chips and substrates, as well as a self-checking tool to ensure repeatable accuracy. The asset is also equipped with a vacuum model for collecting debris from the cutting process and an integrated process computing equipment for the calculation of exact cutting parameters. 7200 system is an efficient, feature-packed machine that allows users to quickly achieve precise scribing and dicing of a variety of substrates. It is ideal for producing high quality, high volume components in the most efficient manner.