Used SOX AH900G #9135983 for sale

SOX AH900G
Manufacturer
SOX
Model
AH900G
ID: 9135983
Dryer.
SOX AH900G is a photoresist equipment specifically designed for testing the effects of light-induced degradation in materials such as polymers, liquid crystal, organic materials, and other photoreactive materials. It offers the precise level of controllable light exposure necessary to identify appropriate countermeasures before large scale production. AH900G is a high performance and full-featured photoresist system. It consists of a solid-state light source, an irradiation port, and an optically isolated and variable power control circuitry. The light source offers a broad spectrum of light, from UV to infrared, with up to 200 watts of total output power for the highest light levels. The irradiation port is a polarizing filter which can be used to simulate specific life conditions depending on different materials. The optically isolated and variable power control circuit allows users to tailor exposure times for specific materials, using a combination of time and energy settings. SOX AH900G has the capability to monitor temperatures and UV/VIS/IR intensities, allowing for precise measurements of material quality and degradation parameters under different light intensities and temperatures. This ensures that the material is exposed to the appropriate level of light exposure to simulate real-world conditions. The unit also features a powerful software platform, providing access to data analysis and data storage capability, as well as remote access control. AH900G is a versatile and high performance photoresist machine. It provides precise control over light exposure, temperature, and UV/VIS/IR intensities, allowing users to accurately test the effects of light-induced degradation on various materials, and identify appropriate countermeasures before large scale production. The tool's software provides advanced data analysis and data storage capabilities, and offers remote access control, making it an excellent choice for testing photoreactive materials.
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