Used BACHER 8780 Hi #188881 for sale

BACHER 8780 Hi is an innovative exposure equipment, designed for a variety of industrial applications, including photolithography and photonics. It offers a wide variety of features, making it one of the most advanced systems of its kind. 8780 Hi delivers a broad range of exposure durations, pulse widths, and wavelengths to meet all customer needs. It incorporates a patented broad spectrum Xenon flashlamp (with a minimum 70 millisecond duration and a 1450 nm wavelength), giving the system outstanding performance and versatility. It also features Energy Flow Control (EFC), which ensures uniform consistency across the unit. This state-of-the-art machine is well suited for use in semiconductor, optics, and educational laboratories. Unlike many competing systems, BACHER 8780 Hi has a unique vertical access capability, making it easier to place and retrieve materials. This tool is also easy to use, with its intuitive user interface. It has a wide array of built-in safety features, including a UV/red security shield, a person vital signs sensor, and an integrated emergency stop button. The asset features automatic wafer loading and can accommodate various samples, from small pieces to full wafers. It can handle 150mm and 200mm wafers and has an optional wafer rotating unit. 8780 Hi also contains an advanced feedback model, allowing users to control exposure parameters with precision. In addition, the equipment can store up to ten recipes for use at a later time, as needed. BACHER 8780 Hi has a quick warm-up time and is capable of high-throughput operation. It is equipped with a forced air cooling system and provides a robust and stable environment for the exposure process. Additionally, the unit can be easily integrated into an existing process workflow. In conclusion, 8780 Hi is an excellent choice for industrial exposure needs. It offers reliable performance, a variety of exposure regimes, and easy and safe operation. This machine is ideal for a range of applications, from photolithography to photonics.