Used VERTEQ 1600-34 #293590163 for sale

VERTEQ 1600-34 is a professional-grade photoresist equipment designed specifically for use in microelectronics manufacturing. The system consists of a laser-based light source, laser beam scanners, and a specialized photoresist unit. The laser beam scanners are programmed with user-defined parameters and can be calibrated to control the light beam intensity and scanning directions. The photoresist machine involves the application of ultraviolet light on a fixed substrate or wafer, which will then form an organic monolayer as the light passes through it. The photoresist tool is used to define patterns on the surface of the substrate or wafer by creating a physical block or shield against certain elements or compounds. The asset is powered by a heated nitrogen or helium-filled chamber and a high-voltage electrical supply to ensure a constant power level. The voltage is maintained at a safe level to prevent any thermal damage to the substrate or wafer. The model features a powerful computerized control interface that allows for precise control over the light source, pulse width and frequency. The user interface also allows for detailed analysis of the photoresist process, along with the ability to edit and modify the user-defined parameters. In addition to its photoresist capabilities, the equipment can also be used for etching, passivation, and masking processes. The system includes an efficient exhaust, gas delivery and evacuation systems to ensure a clean and safe working environment. The unit is also equipped with a full range of safety sensors to detect any strange behavior of the substrate or wafer, and can be programmed to provide automatic shutdown in case of any anomalies. The capability of 1600-34 photoresist machine is ideal for producing complex microelectronic components and devices with tight tolerance and precise accuracy. The tool is reliable and robust, ensuring consistent results with minimal setup time and cost. At the same time, the user interface is straightforward and intuitive, providing an optimal balance of control and modularity.