Used DNS / DAINIPPON SK-200W-AVP #293821343 for sale

DNS / DAINIPPON SK-200W-AVP Photoresist Equipment is a cutting- edge photoresist technology utilized for semiconductor fabrication. This photoresist system is capable of depositing images with resolution levels surpassing 200nm. With a exposure field size of 200 x 200mm2, the unit features a customizable modular platform to meet various production requirements. The machine consists of a supply unit with the external tank and pump, photoresist coater unit with sprayer and a spinstation unit. The UV illumination source uses high-end LEDs for image generation. Pattern features can be formed on the substrate surface using special optics with reticle mask. The resist is exposed to this patterned light from the LED source and the pattern is formed on the substrate. DNS SK-200W-AVP photoresist tool provides a homogeneous resist deposition with thickness ranging from 0.2micron to 10micron. The asset also features a maintenance free design with a using time of 30,000 minutes. A feature called Micro Advanced Pulsed Background Light (MAPBL) is used to provide better accuracy and resolution during patterning procedure. The feature uses a low background light that is emitted from a single-point source. This MAPBL helps to minimize proximity effect and results in higher resolution across a wide range of structures. The model also has advanced flow control software to monitor and adjust the spray rate as per the substrate size and shape. DAINIPPON SK-200W-AVP photoresist equipment ensures clean and precise removal and deposition of photoresist with its automatic purging and spray cleaning programs. Also, the system is equipped with advanced safety features such as liquid level alarms and leak detectors to protect the users and the environment. The unit is further supported with advanced analytics and real-time diagnostics for traceability and better product quality. With such advanced features, SK-200W-AVP Photoresist Machine is highly reliable and efficient equipment for semiconductor fabrication.