Used PVA TEPLA / TECHNICS 3000-1 #126869 for sale

PVA TEPLA / TECHNICS 3000-1 Etcher/Asher is a reliable, state-of-the-art machine for etching/ashing and metal plating. TECHNICS 3000-1 is ideal for generating precision surfaces quickly and accurately, perfect for the most demanding applications. The equipment consists of a three-chamber construction, allowing it to work quickly and efficiently. The first chamber uses net vapor flow to cool and condense material, while the second chamber is used for etching/ashing. This is done using a unique oxygen-free, temperature controlled environment produced by PVA TEPLA 3000-1's patented gas/liquid mixing system, resulting in a consistently high-quality etch/ash finish. The third chamber, meanwhile, serves as a metal plating stage, with a series of high-durability, chemically inert anodes formed on the inside of the chamber. The laser-guided computer control unit on 3000-1 ensures production runs are spooled quickly and precisely, while the machine's intuitive controls enable easy setup and operation. Advanced safety features are also included to protect the operator and the machine from any potential harm. PVA TEPLA / TECHNICS 3000-1 is designed for use with most standard etch/ash materials and is able to work at high pressures, allowing it to process even the toughest metals. The integrated filtration machine ensures that the machine continues to operate at peak performance and all materials are kept free from contamination. TECHNICS 3000-1 also has a built-in precision calibration tool to ensure accurate etching/ashing and metal plating. For ultimate convenience, PVA TEPLA 3000-1 is a plug-and-play asset, meaning it can simply be plugged in and used straight away. Plus, it's fully portable, allowing it to be taken to different sites with ease. Overall, 3000-1 Etcher/Asher is an advanced, reliable machine that's able to process even the toughest metals quickly and easily. With its superior design and features, it's ideal for those looking to produce precise, high-quality surfaces with maximum efficiency.