Used KARL SUSS / MICROTEC MJB-3 #293644698 for sale

KARL SUSS / MICROTEC MJB-3 is a mask aligner that is part of the state-of-the-art mask aligner family. It is a versatile machine with a wafer-level lithography station that offers specific solutions to a wide variety of wafer-level lithography applications. MICROTEC MJB3 features an X-Y table that can travel up to 500mm and supports wafers from 4" (100 mm) to 8" (200 mm). It also has a capacity of 2,400 wafers per hour (and two wafer holders for faster wafer handling) for high throughput production. KARL SUSS MJB 3 is designed for demanding micro-electronics prototyping and medium- to large-scale production and also features a μprocessor-controlled mask aligner with an optically transmitted pattern and real-time alignment capabilities. MJB 3 is flexible and easy to configure, allowing users to work on a wide variety of substrates such as glass, silicon, ceramic, and plastic. It also has a sophisticated software package with embedding topography and indexing capabilities, and powerful alignment systems, enabling users to increase throughput and improve uniformity and accuracy of printed patterns. The software is also capable of wafer edge noise reduction to minimize line-cut errors, over-coating, and line edge roughness. In addition, MJB3 has an integrated mask cleaning module to improve particle free processing. It is equipped with an advanced HD (High-Definition) optics system that ensures accuracy and improved edge definition; and a mask setter providing multi-wafer exposure capabilities in high performance, high resolution, and low cost-per-image processing. KARL SUSS / MICROTEC MJB 3 is capable of high resolution imaging with a numerical aperture of 0.48, exposure wavelengths and dose levels ranging from 1 mJ/cm2 to 250 mJ/cm2, and with accuracy of up to 0.5 microns in line edge roughness. MICROTEC MJB 3 is also certificated by the FDA, allowing it to be used in medical device manufacturing applications. Overall, MICROTEC MJB 3 mask aligner is an advanced solution for a wide variety of wafer-level lithography applications, providing reliable and cost-effective masking, imaging, and edge definition capabilities. The machine's sophisticated software package and robust features make it an ideal choice for micro-electronics prototyping and production, as well as medical device manufacturing applications.