Used MARCH INSTRUMENTS PX 500 #9179962 for sale

MARCH INSTRUMENTS PX 500 is an innovative etching / ashing machine for advanced technologies and processes. It offers superior performance and features with a wide range of features and capabilities. PX 500 operates on the concept of pre-defined etching profile which can be set to ensure consistent and repeatable etching results. The user can select from several preset profiles, or configure their own profile. The user-defined profile feature allows the user to fine-tune the settings to achieve the desired etching results. This precision control makes it ideal for microetching and nanomachining processes. MARCH INSTRUMENTS PX 500 is constructed of an outer aluminum alloy shell and is powered by a single-phase power supply. Inside the shell is a high voltage generator and board for controlling the etching process. The etching chamber itself is completely sealed for safety and accuracy. The chamber is designed to maintain a 15psi pressure and is also configured with a gas manifold, vacuum equipment, and isothermal heating and cooling system. PX 500 contains an integrated optical sensor that can detect and measure the extent of etching of the material being etched. This optical sensor measures the maximum etch depth of the profile, which can range from a few microns to several millimeters. MARCH INSTRUMENTS PX 500 is designed for use in an industrial setting and is a reliable, efficient and accurate etching/ashing unit. The machine has low maintenance costs and offers a user-friendly interface. It also features a range of safety features, including an automatic emergency shutdown in the event of any gas or power anomaly. PX 500 is compatible with a range of materials, including glass, stainless steel, Al-Si-Cu alloys, silicon and gallium arsenide. The device can be used to etch various sizes and shapes, and can accommodate substrates up to 200mm in size. MARCH INSTRUMENTS PX 500 is ideal for any etching/ashing process requiring a high level of precision and accuracy, such as micro-machining and nano-processing. Its user-friendly design makes it easy to use, and the quality of its output makes it suitable for use in high-end industrial settings.