Used BRANSON / IPC 2000iw #9250214 for sale

BRANSON / IPC 2000iw etcher/asher is an advanced, efficient, and high-performance machine for etching and ashing of substrates ranging from simple plastics to complex metals and composites. This reliable machine is capable of handling a broad range of workloads while featuring easy-to-use user interfaces and a wide range of etching and ashing technologies. IPC 2000iw allows researchers to quickly and accurately achieve desired results. This is achieved with high-end, two-part, advanced technology, which includes multiple stages ranging from automatic spotting of production substrates to precise etching of a substrate with uniform results. With its intuitive user interface, BRANSON 2000iw is suitable for both first time and experienced etcher/asher operators. 2000iw features powerful advanced technologies. Its robust and reliable DC etching technology is used to remove metallic and dielectric layers from target substrates quickly and effectively. This leads to optimal material utilization and energy savings while creating high-resolution etches with low thermal runaway and improved etch depth uniformity. In addition, with its patented solution ashing system, BRANSON / IPC 2000iw delivers repeatable and tool-less ashing results, precision etch depth control, and fast material removal. Along with a comprehensive range of etching and antaish options, IPC 2000iw is also equipped with various safety features and robust design which make for a reliable etching and ashing process. In addition, optional modular systems for deposition, laser alignment and handling further enhance the capabilities of the machine. BRANSON 2000iw ultimately offers high performance, reliable etching and ashing results, and with its intuitive user-friendly interface simplifies operation for both first time and experienced operators. With its advanced levels of precision etching and reliable ashing, the machine ensures process repeatability as well as customization and optimization of user-specific procedures.