Used STEAG / MICROTECH ElectroDep 2000 #9256741 for sale

STEAG / MICROTECH ElectroDep 2000 is a reliable and advanced photoresist etching equipment. This system is specifically designed for fine-line circuit formation and pattering, capable of producing circuit features of 3 μm or better. It is applicable for a wide range of substrates, such as silicon, glass, and ceramics. This unit combines the wet etch process and vacuum deposition in a single platform. STEAG ElectroDep 2000 includes state-of-the-art digital imaging technology that allows for high-resolution imaging and pattering. The machine is equipped with the world's best image processing algorithms and has advanced image recognition capabilities. The powerful software allows for precise processing of complex patterns with high accuracy and low defects. The tool consists of a precision resist spinner, a thermal crosslinker, a vacuum deposition chamber, and a loading/unloading station. The resist spinner rapidly spins the substrate for uniform application of the photoresist material. The thermal crosslinker exposes the patterned substrate to ultraviolet light to harden the resist. The vacuum deposition chamber exposes the patterned substrate to metal ions and then to a vacuum process to form a desired conductive film. The loading/unloading station provides for efficient and safe movement of the samples. MICROTECH ElectroDep 2000 produces extremely thin circuit traces of less than 3 μm in diameter to meet the requirements of semiconductor device designs. The asset offers the highest quality results in an automated fashion, eliminating the need for manual intervention. The advanced digital imaging and processing capabilities make this model the ideal choice for both prototyping and production requirements. In conclusion, ElectroDep 2000 is a powerful equipment for producing thin-line circuits with high accuracy. Its advanced imaging and processing algorithms, combined with the versatility and robust features, make it an excellent choice for a wide range of etching applications.