Used CANON / ANELVA I-2300SRE #9210941 for sale

CANON / ANELVA I-2300SRE is an etcher/asher for a variety of substrates and metals. It can be used to create intricate designs and patterns in the process of etching, such as logos, graphics or text. The etching process involves bombarding the substrate with an intense beam of charged and focused argon, oxygen, chlorine or freon gas particles. CANON I-2300SRE boasts advanced features such as a precision electronic/mechanical stage that offers precise linear and rotational movement to enable lighting-fast changes in movement while being precise down to a micron. It also features a Argon Gas Metering and introducing equipment, which controls the flow rate of Argon gas through the desorber. This system ensures that each etching process is done uniformly and very precisely. To ensure a quality etching, ANELVA I-2300SRE also features a graded optical feedback mode to obtain consistent etch rates. The optical heads are mounted on a precision linear feed stage for precise etching over long or complex lengths of substrate. The optical unit allows for multiple wavelength etching with a wide range of etch rates, enabling each etch to be completed accurately and with increased efficiency. I-2300SRE has a variable optics lens to restrict beam divergence and guarantee area scanning accuracy. This is a great asset, as it increases accuracy and etch rate, ensuring an even and precise etch. Additionally, CANON / ANELVA I-2300SRE has a rotatable stage that rotates up to 360 degrees and has a 360-degree laser beam deflection machine for maximum accuracy in etching at any angle. CANON I-2300SRE is an industry leading etching solution, offering precision and quality on all the etching and ashing projects. It has been designed to give complete control over etching and ashing processes, and its range of features offers the user multiple steps of process control and quality assurance. It is especially suitable for aerospace/aeronautical and medical device components as well as for a variety of precision machining tasks.