Used TECHNOTRANS Microform 500 #141708 for sale
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ID: 141708
Electroforming unit for processing of large formats
Previously used for plating Nickel parts
Specifications:
For large formats up to 600 x 500mm
Pulse and reverse plating capabilities
Plating area: 500 x 500mm
Computer-controlled
Usage:
Primarily used for Nickel or copper plating in LCD and precision metallic micro-components
Capable of other plating solution.
TECHNOTRANS Microform 500 is a digital photoresist system which offers precise exposure control and optimized performance for modern semiconductor production processes. Its primary function is to provide precise etching of substrates using a process known as photolithography. Microform 500's core components include a precise xenon light source, advanced optics and alignment systems, and a wide range of specialized sensors and microcontrollers. The xenon light source is used to create uniform and consistent exposure levels without the need for additional costly components such as filters or additional light sources. The advanced optics provide alignment and framework of the exposure patterns while the microcontrollers enable precise control of exposure and etching. The photoresist process begins with the application of a photoresist on a substrate. Then, the photoresist is exposed to light based on the pattern(s) chosen for etching. Once exposed, the photoresist changes in response to the light and the areas which are not exposed to the light become soluble in a specific solvent. The remaining unaffected photoresist acts as a barrier to the etching chemical, preventing etching beyond the area intended. Using TECHNOTRANS Microform 500, users can precisely control the exposure of the photoresist and etching pattern. The system offers advanced alignment controls, multiple exposure sources and with its comprehensive sensor systems and real-time data logging, the user can monitor and control the process parameters as needed. Microform 500 is an ideal system for the etching process in semiconductor production. It is fast, efficient, and offers precise control of the entire process for consistent and reliable results. It is also a cost-effective option for users, as it does not require additional costly components to operate.
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