Used JT ELECTRONICS FS-610S #9387757 for sale

The JTE Electronics JT ELECTRONICS FS-610S is a photoresist equipment that facilitates the fabrication of consistent microcircuitry designs. It combines its core technologies of photoresist processing and thin-film uniformity monitoring for superior levels of manufacturing accuracy. The primary function of the photoresist is to protect the microcircuitry from any hazardous elements or damage, while the thin-film uniformity monitoring is used to help maintain precise geometries of the structures. Both technologies are used in tandem, allowing for high accuracy and reliable performance. This technology has been used in the production of microcircuits for nearly 30 years and is highly regarded. The photoresist system utilizes a two-axis platform, on which the material can be applied and released. An ionization note is used to clean the substrate prior to applying the photoresist. Once deposited, the photoresist is then exposed to the desired pattern. The unit then monitors the thickness of the photoresist, allowing for the precise measurement of thin-film density and adjustments to be made. FS-610S is then fitted with an automatic pattern generator, which enables the production of prescriptive microcircuits of any size. This feature ensures that circuits are built to precise specifications and tolerances. In addition, the machine incorporates additional technologies to ensure precision. These include an optical metrology tool, which ensures consistent resolution and measurements. Other features include an LCD screen and multi-functional keypad for custom operations and programming, and an exhaust asset to minimize operator exposure to hazardous substances. Overall, the JTE Electronics JT ELECTRONICS FS-610S photoresist model boasts superior performance and unparalleled precision, making it an ideal solution for manufacturing of microcircuits in laboratory and industrial environments. Its durability and intuitive features make it suitable for a wide range of applications.