Used TEL / TOKYO ELECTRON ACT 12 #9195881 for sale

TEL / TOKYO ELECTRON ACT 12 is a photoresist equipment designed to handle advanced photomask production and thin film device fabrication processes. It is a highly automated, high-precision system that can be used to produce thin-film photosensitive material for use in a variety of industrial applications. The unit has been designed to deliver cost-effective manufacturing options in terms of process control and precise control over the materials being processed. With an automated photomask exposure methodology, the machine is capable of accurately patterning and managing photosensitive films and materials with varying resistivity. Variations in resistivity, as well as the ability to change the sensitivity of the material, can be consistently and accurately handled through the automated tool. TEL ACT 12 Asset also features a three-stage development cycle, which can be configured according to user needs. This cycle includes a pre-development process, an exposure process, and a post-development process. During pre-development, users define the photomask and the process parameters for exposure; during exposure, the photomask is then exposed to the conformational photoresist on the material; and finally the post-development process involves the exposure and development of the photoresist. The model has been designed to integrate high-precision inspection and in-line process control tools, allowing for finer detail in sample production. This makes possible sharp and high-resolution patterning, allowing users to achieve sophisticated and complex patterns on thin films and photosensitive materials. The equipment is also equipped with an advanced analysis function, which can be used to accurately measure material parameters and detect errors and variation in patterned films. Overall, TOKYO ELECTRON ACT12 is a highly automated, cost-effective system that can be used for the production of thin-film photosensitive materials. It is capable of accurate patterning and can be used to produce precise and sophisticated films with a high level of reliability.