Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～21 item / All 21 items
Industry first!! Roll-to-roll compatible spray coater
Pass-through spray coater compatible with continuous transport. It is suitable for coating films and long plates. Multiple spray heads can be installed, achieving both high throughput and uniform application. It employs our proprietary patented technology to meet various coating needs.
After surface coating, the substrate can be automatically inverted to continuously coat the back side! A new close-range coating method has been adopted.
The "Horizontal Continuous Double-Sided Spray Coater" is a device that coats a substrate transported horizontally with liquid photo solder resist ink using an air atomization spray gun from above, while scanning along an axis perpendicular to the transport direction. To achieve high coating efficiency, a new close-range application method has been adopted, drastically shortening the distance between the conventional painted object (substrate) and the spray nozzle, thereby maintaining the initial velocity of the sprayed paint particles as much as possible for effective coating. 【Features】 - Coating while scanning along an axis perpendicular to the transport direction - Automatically inverts the substrate after surface coating for continuous back-side coating - Automatically movable (follows changes in substrate size in the width direction) - Structure minimizes the outflow of spray mist outside the booth - The sealed booth maintains a constant balance of intake and exhaust *For more details, please refer to the PDF document or feel free to contact us.
Proposing the development and prototyping of functional thin film coatings. (It is possible to develop and prototype thin film formation even from small lots of rare liquid agents without purchasing coating equipment.)
We can prototype thin film coatings not only for flat surfaces but also for three-dimensional shapes. If you would like to confirm the feasibility of coating with rare coating materials, please feel free to ask. Additionally, we accept coating applications for thin film formation from a few pieces to large lots. We provide consistent technical support from research and development to production. If you are trying to apply coatings to uneven or three-dimensional shapes for the first time, or if you are experiencing issues with existing film formation, or if you have any other coating-related concerns, please contact us, and we will assist you in finding a solution. We encourage you to utilize our services as your "rental prototyping and development department." We have numerous achievements in the electronic devices, energy, MEMS, and semiconductor industries. We collaborate with institutions such as the National Institute of Advanced Industrial Science and Technology (AIST), Yokohama National University, and Shinshu University, and we conduct extensive research prototyping support. Currently, we are active at the Shonan Fujisawa Research Institute. *Please contact us through the inquiry page on our website below for any questions or consultations.
Ideal for semiconductor, MEMS, and sensor devices! Thin film coating equipment for research and development of photoresists and functional materials.
The "IS Series" is a compact and lightweight thin film coating device that can be installed on a lab table. It provides thin film coatings that accommodate the shapes of step surfaces and edges of uneven devices. It allows for the standardization of optimal conditions for coating three-dimensional (3D) substrates. Additionally, it uses a special atomizing method to coat with optimal fine particles. 【Coating Features】 - Good coating is possible on fine uneven shapes that can be applied by spin coating. - Excellent thin film coating with good step coverage is achievable. - Film thickness formation from 100nm to 100μm is possible (photoresist, FC catalyst film). - A remarkably high liquid usage efficiency of 75% (in contrast, spin coating typically achieves a few percent). - Coating is possible with a small amount of rare materials, around a few cc. - Special intermittent and stable brush application is possible (dispersion liquid, FC catalyst liquid, etc.). Acing Technologies offers solutions for functional thin film coatings. We provide consulting and research support for surrounding technologies. *Please contact us through the inquiry page on our company homepage for any questions or consultations.
Inline Spray Coater for Three-Dimensional Structure Devices
We have developed an inline spray coater for electronic devices such as MEMS, SAW devices, power devices, and automotive electronics sensors. Our equipment incorporates the coating technology and know-how cultivated from prototyping to mass production, enabling optimal photoresist, protective films, and other functional film processing tailored to our customers' needs. *Please feel free to contact us for inquiries, questions, or consultations through the contact page on our company homepage below.
We contribute to early problem solving and decarbonization in the application of fuel cell and water-splitting catalyst inks through coating-related technologies and a rich database.
The thin film coating using a spray coater will first be carried out through prototype sampling application. This is to confirm the compatibility of the film formation desired by the customer together with the customer, and to accurately grasp the results obtained from conditions optimized for the customer's research, development, and production. Initially, we will provide equipment that meets the customer's needs by allowing them to evaluate and confirm film formation without purchasing the equipment. Furthermore, stable spray application has become possible with solid dispersions that have a high specific gravity and are prone to sedimentation and separation, such as catalyst coatings for fuel cells. We can propose a compact spray coating device that condenses our coating technology and know-how, making it ideal for research and development. Additionally, if you are considering large-scale equipment for production, we will suggest corresponding devices. *Please feel free to contact us through the inquiry page on our company homepage below for any questions or consultations.
