Used SVG 8126 #9396685 for sale

Manufacturer
SVG
Model
8126
ID: 9396685
Wafer Size: 5"
Tracker system, 5".
SVG 8126 is a photoresist equipment which utilizes the use of a light-sensitive resist material (photoresist) to produce patterned circuitry on a printed circuit board (PCB). It comprises of a light imaging device that projects an image onto the photoresist-coated substrate, followed by a post-exposure baking step and finally chemical development techniques. The light-sensitive photoresist material is usually composed of a polymeric material along with an activated photoactive compound (PAC). When this material is exposed to light, the PAC is excited, forming a latent image on the surface. This image can be enhanced by using a post-exposure bake cycle during which the image is intensified. This bake cycle increases the linearity and contrast of the image which results in a higher quality image. Once the image is formed it is then developed using a chemical etchant which removes any exposed portions of the photoresist leaving the unexposed portions intact. This results in a patterned circuit on the substrate which serves as the basis for the subsequent build-up of electronic components. The primary advantage of 8126 photoresist system is its high resolution and accuracy which is achieved by its two-step exposure process. First, an image is projected onto the photoresist-coated substrate and then the image is post-exposed baked which strengthens the latent image. Secondly, through the use of chemical etching, the device attains a high degree of precision in terms of the shape and form of the patterned circuitry. Coupled with other accuracy enhancing features such as a built-in smoke detector and an integrated spacer to ensure accurate alignment of the PCB layer, SVG 8126 photoresist unit provides an efficient and reliable platform for fabricating intricate circuitry on a PCB. In conclusion, 8126 photoresist machine is an advanced and highly accurate platform for creating intricate and precise patterns of circuitry on a printed circuit board. Through its two-step exposure process and chemical etching capabilities, it is able to attain a high degree of clarity and precision when imprinting images onto the substrate. Additionally, its advanced smoke detector, alignment spacer and other accuracy enhancing components further reinforce its reliability and usefulness when it comes to producing patterned circuitry on a PCB.
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