Used TEL / TOKYO ELECTRON CPHP WCPL/TRS #9102211 for sale

TEL CPHP WCPL/TRS is a photoresist equipment designed by TOKYO ELECTRON. This system is capable of providing users with the ability to create high-quality patterns on a wide variety of materials such as glass, metal, ceramic, and plastic. The unit is using CPHP (inverted Charge-Controlled Partial Hardening) and TRS (Total Reflection Shot) technology for setting high-resolution patterns used in Printed Circuit Boards (PCBs) and other electronic components. The CPHP technology implemented by TEL / TOKYO ELECTRON CPHP WCPL/TRS photoresist machine allows for exposure to extremely high-intensity light up to 20KW/cm² which is usually 5 to 10 times brighter than typical photoresist exposure systems. Additionally, the complete set up can be done without a mask making CPHP flexible and cost-effective for prototyping. The TRS technology offers a layer of protection and stability while also providing users with extremely accurate patterns. The TRS functionality allows for effective light reflection which is useful for ensuring accuracy and patterning precision. It effectively contracts and expands the patterns on the material while ensuring quality and stability. TEL CPHP WCPL/TRS photoresist tool's applications extend beyond standard prototyping due to its high-accuracy patterns, stability, and high-quality results. These features make it an ideal choice for producing high-precision plastic lenses, 3D gratings, and a variety of printed circuit boards. The CPHP WCPL/TRS photoresist asset is easy to use and with its high accurate graphical user interface, even novice users can learn the software quickly. It provides users a wide variety of control features in both manual and automatic modes. The model also offers real-time feedback of the entire patterning process, thus allowing users to adjust settings and verify results for optimal results. To summarize, TOKYO ELECTRON CPHP WCPL/TRS photoresist equipment is a powerful asset for those who need high-quality patterns in a cost-efficient method. It utilizes CPHP and TRS technology to produce high-resolution images as well as offering users a wide variety of control features and real-time feedback. Because of its powerful and easy-to-use features, the system is ideal for creating high-precision plastic lenses, 3D gratings, and Printed Circuit Boards (PCBs).