Used TEL / TOKYO ELECTRON MARK Vz #9226294 for sale

TEL / TOKYO ELECTRON MARK Vz photoresist equipment is a high-performance, cost-effective, and intuitive tool for photolithography processing. It features a compact and transportable structure, allowing for its use in a variety of laboratory, educational, and industrial environments while still offering optimal performance. The system incorporates state-of-the-art technology, such as advanced laser scanning and projection optics. It is capable of both standard photolithography and advanced additive processes, such as the simultaneous multi-layer lithography process. In addition, the unit contains advanced safety features and is compliant with international safety standards. The machine is equipped with a high power, Picosecond laser, which provides high resolution of pattern and feature recognition. The tool employs a specialized, precision-engineered optics asset, allowing for adjustable magnification, vector scanning, and the formation of complex patterns across multiple layers. TEL MARK-VZ can be custom-optimized to any manufacturing or research application. Along with its associated software suite, users are enabled to manipulate and refine microscope settings for various processes. A convenient debugger user interface (UI) simplifies the debugging and optimization of various processes. Adjustable output levels, filter settings, and optimization parameters allow users to maximize throughput and quality. To reduce downtime and increase efficiency, the model incorporates an automatic calibration process that continuously monitors and adjusts its equipment parameters for optimal performance. The system is further equipped with a variety of sensors that detect particle contamination, electrical interference, and other abnormalities that may compromise unit performance. TOKYO ELECTRON MARK V-Z photoresist machine is a reliable, intuitive, and cost-effective tool for a variety of manufacturing and research project applications. Its advanced laser scanning and projection optics systems, intuitive UI, and automatic calibration processes make it an invaluable resource for any laboratory or industrial facility. The tool is capable of addressing a range of applications, ensuring maximum product quality and throughput, while also providing cost-savings over time.