Used BRANSON / IPC 2000 #9394720 for sale

BRANSON / IPC 2000 is an etching / asher equipment used in the electronics manufacturing industry. It uses chemical etching and ashing to create extremely fine and intricate details on a variety of substrates, including copper, molybdenum, and stainless steel. It works using a chemical process that is driven by a high frequency, low voltage energy field. This results in a very precise and well-defined etching without causing any damage to the underlying materials. IPC 2000 is a fully automated system that can be programmed to etch and ashing with a high degree of accuracy. It includes a heated substrate surface, an electric power source, chemical solution reservoirs, and an open-ended enclosure inside which the etching/ashing process takes place. The unit is designed to allow for complete user control over all parameters and process details. The heated substrate surface uses a high frequency, low voltage energy field to ensure even and consistent etching results. BRANSON 2000 supports both manual and semi-automatic processes. Manual processes can be accessed using a manual controller, which allows users to adjust power settings, rate of etching, materials, and other parameters to achieve the desired results. For semi-automated processes, users can input data such as substrate information, etching time, etching rate, and other variables which 2000 will use to automatically adjust etching/ashing parameters. The machine is also equipped with a range of safety features, including pressure regulators, chemical solution reservoirs with overfill safety switch, and an automatic shutdown feature. This ensures that during the etching/ashing process, no hazardous gases or materials will be released into the environment. Additionally, an exhaust hood connected to the tool is used to capture and neutralize any potentially hazardous gases that may form during the process. Overall, BRANSON / IPC 2000 is a reliable and advanced etching / ashing asset that can create extremely fine and intricate details on a variety of substrates with excellent efficiency. This model is widely used in the electronics manufacturing industry and its advanced capabilities make it ideal for a variety of specialized projects.