Used UVEXS 15053 CCU #9021064 for sale

UVEXS 15053 CCU (Controlled Composition Unit) is an exposure equipment optimized for projects that require precise composition control and dependable throughput. It is designed for use in industrial production and research applications, and provides advanced features for reliable and repeatable results. 15053 CCU is built from a strong and reliable base frame and is equipped with a powerful brushless DC motor. The motor is designed for variable speed, allowing precise control over the composition of the exposed material. The variable speed capability is also enhanced by the use of a closed-loop feedback system, ensuring precise control over the material composition. This is further aided by an intuitive, easy-to-use control panel that displays all pertinent information at-a-glance. UVEXS 15053 CCU can handle a variety of different materials, including compounds with minor variations. It has extensive triggering options, including: automatic, semi-automatic, or manual triggering. Additionally, it is designed for easy integration with robotic systems. This state-of-the-art unit currently can maintain up to five independently controlled zones, and can be adjusted accordingly to match the precise requirements of any given project. It also offers an extensive range of adjustment services, including: composition control, deposition control, and section automation. 15053 CCU offers superior performance thanks to its superior design. It is equipped with well-shielded control electronics, providing hassle-free setup and operation. Also, the installation is quick and easy thanks to its on-board machine memory and any required calibration parameters, stored in non volatile on board memory. Moreover, it has several safeguards in place, designed to protect the quality of the exposed material. Overall, UVEXS 15053 CCU offers reliable and repeatable results with superior speed and precision. It is an advanced exposure tool with advanced capabilities, making it an excellent choice for industrial production and research applications.