Used IPEC PWS-200 #9186266 for sale

IPEC PWS-200 is a state-of-the-art etcher / asher equipment designed for use in industrial and medical research settings. It is a versatile system that can etch and asher a variety of different types of materials, such as metals, plastics, ceramics, and composites. The unit offers a high-precision, cost-effective means of producing high-quality surfaces with exacting process control. PWS-200 incorporates two independently driven linear motors and precision micrometers, along with top-mounted and side-mounted optics and viewports. The machine also contains an integrated temperature sensor for precise control, as well as software enablement for accurate process monitoring and control. This ensures maximum repeatability and superior surface finishes with each operation. IPEC PWS-200 is capable of etching a variety of materials, including steel, stainless steel, titanium, aluminum, copper, and brass, at temperatures ranging from 50 to 1500°C. It also has the ability to asher composites and other non-metal materials at temperatures of up to 800°C. The etching and ashering procedures used on PWS-200 are designed to produce consistent, even surfaces on the material with minimal deflection and thermal damage. The operator can customize the parameters for etching and ashing processes as needed, making it ideal for complex, multi-step processes. Ashering temperatures can be set before and during the process, and the tool can be programmed to run up to eight different asher cycles with a single operation if needed. The user can choose between pulse and linear gas flow modes, making it flexible enough to address a variety of applications. IPEC PWS-200 has been designed with safety in mind, as well. It uses a built-in air pressure sensor to monitor the venting air and a pressure relief asset to ensure proper operation within a safe pressure range. It also features an emergency stop button for shutting off the model if needed. Overall, PWS-200 is an ideal choice for etching and ashing materials to create high-quality, precision surfaces. Its robust design, helpful features, and careful safety measures make it a reliable, efficient equipment capable of meeting the most demanding development needs.