Used EPOXY EQUIPMENT TECHNOLOGY CFM 1000 #9384879 for sale

EPOXY EQUIPMENT TECHNOLOGY CFM 1000 is a photoresist system specifically designed for etching delicate, intricate patterns on highly polished substrates. CFM 1000 is constructed with industry-standard components for reliability and performance. The system consists of a laser source, beam-splitter elements, and a highly sensitive target. The laser is used to produce an intense energy beam that is focused onto the target. This beam passes through a beam-splitting optical element that efficiently directs the energy onto the target. The beam is focused onto the target by a focusing array of lenses or mirrors. The target material is a photoresist which is activated by the energy from the laser. On exposure to the laser, the target material releases energy which immediately causes etching of the substrate surface. The presence of the laser energy causes a chemical reaction in the photoresist resulting in the etching of the substrate material. EPOXY EQUIPMENT TECHNOLOGY CFM 1000 is a highly reliable device with efficient triggering, precise depth control, and powerful durability. The system's control unit is equipped with a host of different parameters and settings that allow the user to achieve highly accurate etch depth control and precise geometry. The settings can be adjusted to suit the application needs. CFM 1000 also includes a range of software programs that aid the user in controlling the laser parameters and managing laser settings. These software tools enable users to quickly and effectively set up the laser parameters and produce the most complicated patterns with accuracy. EPOXY EQUIPMENT TECHNOLOGY CFM 1000 is a useful tool for producing sophisticated photoresist patterns on highly polished substrates. This reliable and easy-to-use device gives users the ability to etch precise, complex patterns with ease and precision. The user-friendly software programs make it easy for users to quickly configure the laser settings and etch accurate geometrical patterns within a short range of time.