Used BRANSON / IPC 2000 #9061403 for sale

BRANSON / IPC 2000 is an etcher/asher that combines reliable IPC performance with advanced BRANSON technology. It uses a patented RF generator and a heated platen to create a consistent surface finish, removing smeared metals and other contaminants for clean, uniform results. The etcher/asher is versatile enough to process various metals, including aluminum, stainless steel, copper, and brass. It also supports multiple substrates such as circuit boards and plastics. IPC 2000 features automated system test and diagnostics that constantly monitor system parameters, resulting in increased efficiency and quality. It also features innovative proprietary design that enables an optimal level of performance and ensures consistent quality. It is equipped with a high-efficiency RF generator and automated temperature control to ensure uniform etching and ashing results. The system is designed to reduce thermal gradients and ensure uniform etching by utilizing a scan path that follows the same trajectory across the footprint for each etch cycle. The uniform results result in improved yield and productivity. In addition to its uniform etch results, BRANSON 2000 also has features that improve the systems overall durability. A true pulse reverse power control allows the user to control the etching pulse energy and time for greater control on temperature changes. The built-in self-cleaning capabilities improve efficiency and reduce downtime. It is also equipped with a robust housing and low noise exhaust ports to reduce vibration and facilitate easy maintenance. 2000 is a reliable etcher/asher that offers high performance results. It is currently used in production lines around the world to achieve consistent surface finish with minimum clean-up. It is durable and easy to maintain, and its advanced features allow it to handle a broad range of substrates and metals. The highly repeatable results provided by the etcher/asher allow users to produce parts with uniformity and quality standardization.