Used PVA TEPLA / TECHNICS PE II-A #9066369 for sale

PVA TEPLA / TECHNICS PE II-A is a highly advanced, high-density etcher / asher equipment developed by Applied Process Solutions. It is one of the most sought-after products for those looking for a reliable solution for their precision etch/ash operations. TECHNICS PE II-A is a single-chamber bench-top etcher/asher with an advanced array of features designed to maximize efficiency and maintain the highest standards of quality and accuracy. PVA TEPLA PE IIA is outfitted with an intuitive, graphical user interface that simplifies the etching/ashing process by allowing users to quickly select among a variety of process parameters. Robust productivity features also ensure efficient etching and ashing operations, such as programmable supply/drain speeds, etch/ash rates, temperature control, plus a wide range of chemical-management tools. Its adjustable pressure-control settings nd its independent grit size adjustment makes it ideal for multi-process operations. The advanced design of PE IIA also helps to ensure consistent repeatability and excellent process control. Its fully-enclosed design allows users to perform high-temperature, fully contained etching and ashing operations safely and reliably, as well as maintain optimal atmospheric conditions. Additionally, its powerful vacuum/pressure system ensures that contamination levels are kept to an absolute minimum, allowing users to achieve maximum efficiency. TECHNICS PE IIA is also highly optimized for minimal maintenance. Its durable and corrosion-resistant construction helps to ensure that the life of the unit is extended beyond that of comparable etcher / asher systems. Additionally, the machine features easy dis assembly for quick cleaning and maintenance. In sum, PVA TEPLA / TECHNICS PE IIA is one of the most advanced etcher/asher systems available for precision etch and ashing operations. With its reliable design and comprehensive features, it has become a must-have for those who require reliable, consistent and repeatable processes.