Used DNS / DAINIPPON SWP3004 #9146540 for sale

DNS / DAINIPPON SWP3004 is a fully automated mask and wafer scrubber. It utilizes a combination of a water jet, laser generator, and specially designed brush assemblies to thoroughly and reliably scrub both edges of the mask or wafer while maintaining a clean, dried surface. DNS SWP3004 can be configured to scrub up to four different types of substrates with a single installation, allowing for increased flexibility and cost savings. The advanced water jet system uses a unique mixture of two or two and a half watts of power and a combination of filtered water to thoroughly clean wafer and mask surfaces. It also reduces the risk of staining and contamination of the substrate by eliminating any lingering particles. The laser generator utilizes a precision diode-pumped solid-state laser to generate the maximum cleaning power in the shortest amount of time. It is capable of producing up to eight watts of laser power, and is designed to maintain clean areas with improved precision and reliability, extending overall substrate life. The specially designed brush assemblies are specifically designed for the SWP 30004 and can clean any substrate. The brush assemblies are able to gently loosen particles and clean underneath the edges of the substrate without damaging the surface. In addition, DAINIPPON SWP3004 has two built-in air showers that blow off any remaining particles after scrubbing has been completed. This is important because any water spray or particle that remains on a substrate can cause defects that could require additional processes or damage the overall quality of the product. SWP3004 offers a reliable and safe scrubbing environment with enhanced speed, accuracy and flexibility while ensuring innovation and customer satisfaction. DNS / DAINIPPON SWP3004 is ideal for any customer that requires a reliable and efficient scrubbing system. By providing the customer with this innovative scrubbing solution, DNS SWP3004 eliminates the need for manual scrubbing, increasing quality, saving time, and maximizing yields.