High-performance metal mask ultrasonic cleaning device
Metal Mask Ultrasonic Cleaning Device MARS-Mms Series
Powerful, delicate, high-speed, metal mask ultrasonic cleaning device - a jointly developed product with Denso.
In order to respond to the increasing demand for high-density substrates, metal masks, as well as laser masks and etching masks, have all been advanced in high-precision processing and high-density capabilities. As a result, conventional cleaning methods primarily based on shower washing have become insufficient to meet stringent cleaning standards. Therefore, our company, based on extensive experience with both the vacuum pre-treatment ultrasonic cleaning device MARS and the liquid crystal APR plate cleaning device, has developed and is manufacturing next-generation ultrasonic metal mask cleaning equipment under the guidance of Denso, a major automotive parts manufacturer.
Inquire About This Product
basic information
This is not just an ordinary ultrasonic cleaner. Ultrasonic cleaning that is filled with misunderstandings, such as producing visible bubbles, is inferior to the traditional shower-based metal mask cleaning method. Many cleaning machines claim to use ultrasonic cleaning, yet the ultrasound is completely absent. By using 40 kHz as the fundamental frequency and combining numerous ultrasonic frequencies up to 275 kHz, countless spherical nebula-type cavities (micro vacuum core groups) are generated. For the cleaning of precision metal masks, the only usable ultrasonic cavities (micro vacuum core groups) are limited to spherical nebula-type cavities. Without using these spherical nebula-type cavities, precise ultrasonic cleaning of metal masks in the future will be impossible. Our metal mask ultrasonic cleaning device, the MARS-Mms series, equipped with a cavitation enhancement system, is capable of stably generating these spherical nebula-type cavities.
Price information
Prices may vary depending on specifications. Please feel free to contact us.
Price range
P7
Delivery Time
※Specifications and delivery dates may vary depending on the timing. Please contact us.
Applications/Examples of results
It is a high-performance, high-speed metal mask cleaning machine. Patent obtained.
Detailed information
-
Certificate of Commendation for Joint Development of Metal Mask Cleaning Machine This is a certificate regarding the successful development of the next-generation high-performance ultrasonic metal mask cleaning machine in collaboration with DENSO Corporation. Furthermore, we will continue to develop it to make it an even more outstanding device.
-
Joint development with DENSO: High-performance ultrasonic cleaning device for metal masks. We received a plaque regarding the successful development of the next-generation high-performance ultrasonic metal mask cleaning machine in collaboration with DENSO. Furthermore, we will continue to develop it to make it an even better device. Please look forward to it.
catalog（1）
Download All Catalogs
Company information
We are a manufacturer of ultrasonic deburring and cleaning equipment for metals, ceramics, plastics, and their composite materials, recognized as a world leader. In addition to ultrasonic deburring and cleaning, we have developed and commercialized ultrasonic barrel polishing equipment that can deburr and polish using only water. Furthermore, we have also commercialized and delivered ultrasonic high-speed etching and ultrasonic electric field cleaning. We are a manufacturer of ultrasonic cleaning equipment with absolute confidence in powerful cleaning. We have begun deliveries not only in Japan and Asia but also in the United States and the EU. We manufacture and sell ultrasonic deburring equipment for various precision parts, ranging from extremely small precision components that are difficult to see with the naked eye to engine blocks, transmissions, valve bodies, and more. *For engineers who may not yet be familiar with ultrasonic deburring equipment, we are conducting a free Zoom seminar on "Promoting and Introducing Ultrasonic Deburring Equipment." Please feel free to contact us.