Used SHIBAURA uASH #9051406 for sale

SHIBAURA uASH is a precision etching machine designed for advanced wet etching applications. It is an advanced etching machine capable of producing sharply defined etch patterns on a variety of materials ranging from glass, ceramics, and silicon. The machine provides superior control over etching parameters such as gas pressure, temperature and current, making it ideal for a range of electronics and nanotechnologies. This ensures high precision etching and outstanding repeatability in etching processes. The stainless steel chamber of uASH is equipped with two rotodynamic pumps for high flow of chemicals during etching processes. It provides the speed, accuracy and repeatability necessary for precise and efficient results. The pressure sensor and control system of SHIBAURA uASH monitor the etch solution and precisely control the gas pressure, temperature and current so that the etch process is conducted in an optimum environment. The machine is engineered with an easy to use touch panel 8-digit LCD display that is linked to a range of powerful software programs allowing the user to step by step optimize etching parameters. These features contribute to high precision and uniform etching results. In addition to precise wet etching, uASH is also capable of developing a variety of other techniques such as deep reactive ion etching (DRIE), wet chemical etching (WCE), and direct current controlled spark erosion (DCESE). To optimize the etching process, SHIBAURA uASH also comes with several advanced safety features such as a self-locking lid as well as overheating and short-circuit safety measures. UASH can also be used for a wide range of etching applications including semiconductors, medical and biological devices, MEMS, and other nanostructures. SHIBAURA uASH is an advanced etching machine which is ideal for providing the highest quality results in wet etching processes. Its powerful features and versatile capabilities enable experts to develop innovative solutions and take their etching applications to the next level.