Used TEL / TOKYO ELECTRON CS-600 #9399455 for sale

TEL / TOKYO ELECTRON CS-600 is a piece of specialized photoresist equipment used in the semiconductor manufacturing process. This equipment works by using a laser source to reduce the resistivity of the topmost layer of a substrate, allowing negative and positive photodiodes to promote etching processes that permanently modify the substrate for electronic components. The laser source of TEL CS-600 works by lighting a small area of the substrate, which is then reflected to the optical system for a more precise analysis of the lighted area. The optical unit is comprised of two lenses: a focusing lens and a photodetector lens. The focusing lens works by redirecting the light from the laser source to the photodetector lens. The photodetector lens then transmits the light to the targeted area on the substrate, which is exposed to light that further increases the resistivity of the surface. The decrease in resistivity makes the surface more vulnerable to etching, which permanently modifies the substrate. The machine also uses a state-of-the-art CCD (Charged-Couple Device) camera to collect information regarding the areas targeted with the laser. The CCD detects and records the amount of light reaching the targeted area and sends the information back to the optical tool. This device gives TOKYO ELECTRON CS-600 an edge over other photoresist systems by providing more accurate data for more precise processing. CS-600 also utilizes a low-noise temperature stabilized amplifier to detect the signal from the CCD and deliver it to a computer. This improves the accuracy and speed of the data-collection process. Furthermore, the asset is fitted with a mirror, allowing the user to adjust the angle of the laser beam for ideal results. In conclusion, TEL / TOKYO ELECTRON CS-600 is an advanced photoresist model that utilizes a sophisticated laser source, optically focused lenses, and a CCD-based camera to reduce the resistivity of a substrate surface. The equipment is further equipped with a computer interface and a mirror, allowing the user to fine-tune the laser angle for better accuracy.