Used MIDAS MDA-400M #293802207 for sale

Manufacturer
MIDAS
Model
MDA-400M
ID: 293802207
Exposure system Light source module UV Light source: 350 nm to 450 nm Intensity: 30mw/cm2 Beam size: 6.25" x 6.25" Beam uniformity: 5% Microscope: Dual CCD Zoom microscope LCD Monitor, 17" (2) Attachments Magnification: 80x - 1000x Stage and controller module with time: 0.1 to 999.9 sec Stage movement: X: 5 mm Y: 5 mm Z: 10 mm Theta: 4° Exposure mode Vacuum contact Pressure contact: Hard / Soft proximity Alignment accuracy: 1.0 µm Resolution: Vacuum contact: 1 µm Pressure contact: 2 µm Soft contact: 3 µm, 20 µm Proximity: 5 µm Utilities requirement: Nitrogen: 40 psi, (6) Tubes OFA: 85 psi, (6) Tubes Power supply: 220 VAC, 15 Amp.
MIDAS MDA-400M exposure equipment is an advanced and versatile tool designed for high-precision lithography and the precise patterning of substrates in various industries such as semiconductor manufacturing, microelectronics, optoelectronics, and MEMS fabrication. This exposure system integrates cutting-edge technologies and features to provide users with exceptional control, accuracy, and reliability in the production of micro and nano-scale devices. At the core of MIDAS MDA 400 M exposure unit is a sophisticated alignment and exposure mechanism that enables precise alignment and patterning of features on substrates with sub-micron resolution. The machine utilizes a combination of advanced optics, precision stages, and high-resolution imaging systems to ensure accurate and repeatable exposure results. The alignment mechanism employs innovative algorithms and feedback control mechanisms to compensate for any errors and drifts during the exposure process, ensuring optimal alignment and registration of patterns on the substrate. The exposure tool is equipped with an advanced light source that enables the generation of high-intensity UV, visible, or infrared light for photoresist exposure. The light source is coupled with a sophisticated beam delivery asset that allows precise control of the exposure dose and energy distribution on the substrate. This ensures uniform exposure across the entire substrate surface, resulting in high-fidelity patterning of features with excellent edge acuity and resolution. One of the key features of MDA-400M exposure model is its comprehensive software interface that provides users with a user-friendly and intuitive platform for programming exposure recipes, designing patterns, and controlling the exposure process. The software allows users to import CAD files, optimize exposure parameters, and monitor the progress of the exposure in real-time. Additionally, the software features advanced data analysis tools for post-exposure verification and process optimization, enabling users to fine-tune their exposure recipes for optimal results. The exposure equipment is designed to accommodate a wide range of substrate sizes and types, including wafers, glass plates, and flexible substrates, making it a versatile tool for various applications in the microelectronics and semiconductor industries. The system can be easily configured to support different exposure modes, such as proximity, contact, and projection lithography, allowing users to select the most suitable exposure method based on their specific requirements. In terms of automation and productivity, MDA 400 M exposure unit is equipped with advanced robotic handling systems for substrate loading and unloading, minimizing manual interventions and reducing the risk of contamination. The machine also features integrated sensors and monitoring systems for real-time quality control and process optimization, ensuring consistent and reliable performance in high-volume production environments. Overall, MIDAS MDA-400M exposure tool stands out as a state-of-the-art solution for high-precision lithography and microfabrication processes, offering users superior control, accuracy, and efficiency in the patterning of substrates for advanced micro and nano-scale device manufacturing. With its advanced features, versatile capabilities, and user-friendly interface, the exposure asset is an indispensable tool for research laboratories, R&D facilities, and production environments seeking to achieve uncompromised quality and performance in their microfabrication processes.
There are no reviews yet