Used DALTON EC2-1200 #293607138 for sale
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DALTON EC2-1200 is a state-of-the-art photoresist equipment that utilizes extremely precise exposure mechanisms to achieve consistent results. Photoresists are a form of chemical resistive material that is used in manufacturing processes that require high precision, such as the production of integrated circuits and optoelectronics components. EC2-1200 is a compact system that is capable of producing extremely precise, uniform micro-patterns. DALTON EC2-1200 utilizes a two-actuator stepping unit to control actuation and exposure accuracy. This machine is capable of depositing accurate and precise amounts of photoresist material onto a substrate with a sub-micron level of accuracy. In addition, EC2-1200 utilizes a scaleable, real-time feedback tool that displays the force, speed, and acceleration of the asset. This feedback model can be used to give an accurate report of the equipment's performance to the user. DALTON EC2-1200's console component features a graphical user interface for easy navigation. This component provides an expansive overview of the system, giving users detailed access to configure settings such as exposure times, tolerancing levels, and precision intensity. Additionally, this graphical interface provides users with the ability to observe their processes and make adjustments as needed. In terms of safety, EC2-1200 utilizes a vacuum unit that ensures that no hazardous materials are dispersed into the environment. It also features an automated machine that prevents over-exposing the photoresist material. This automated tool also stops the actuation process when no more material is necessary to produce a pattern. DALTON EC2-1200 provides users with an efficient, high-precision photoresist asset that helps ensure consistent and accurate results. With its two-actuator stepping model, real-time feedback equipment, graphical user interface, and automated safety measures, this photoresist system is a reliable tool for producing intricate and accurate micro-patterns.
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