Used BRANSON / IPC DHA-1000 #9163804 for sale

BRANSON / IPC DHA-1000 is an etcher/asher, a type of machine designed to etch or asher metal parts. It is capable of creating parts from a variety of metals, including steel, copper, brass and aluminum. This machine is powered by the latest solid-state microprocessor technology, ensuring that the process is fast and reliable. IPC DHA-1000 is equipped with two separate workstations that are capable of both etching and ashing. The process begins when the part is placed into the workstation, where it is then heated to the appropriate temperature by either a quartz tube, quartz rod, or ceramic-type heating element. Once the part reaches the prescribed temperature, high-frequency power is applied to the surface of the part to etch or ash. The etching/ashing process is capable of accommodating a wide variety of shapes and sizes, as it is able to contain part thicknesses, ranging from 0.0015" to 0.070". Additionally, the etched/ashed surfaces produced are of excellent finish and high strength. The process speed is controlled by the software, allowing the user to customized each process to meet their needs. Additionally, BRANSON DHA-1000 can be easily upgraded and modified to perform multiple etching and ashing tasks. The microprocessor programming also allows for fine-tuning of the process time and temperature, ensuring excellent repeatability and traceability. DHA-1000 is more environmentally friendly than conventional etching and ashing processes, as it eliminates the use of hazardous chemicals, and produces less emissions. Additionally, it is safer, as it does not require high-pressure or combustible gases. The machine is also easy to maintain, as the process and performance-related functions are clearly marked on the control panel for easy operation. Additionally, the control panel contains diagnostics information on parts life and troubleshooting tips to help minimize downtime. Overall, BRANSON / IPC DHA-1000 is an efficient and reliable etcher/asher, capable of producing parts with a superior finish, excellent repeatability, and fewer emissions. It is well suited to a wide range of industries, such as the automotive, aerospace, electronics, and medical industries.