アクア List of Products and Services

In next-generation mobility such as EVs and FCVs (fuel cell vehicles), as well as aviation and drones, while lightweighting and the use of composite materials are advancing, challenges have arisen regarding the bonding, adhesion, and durability of dissimilar materials. Our atmospheric pressure plasma equipment is compatible with a variety of materials including carbon, resin, metal, and film, and it achieves improved adhesion and surface activation treatment before adhesion and coating without contact or chemicals. To confirm the optimal effects for your products and processing targets, we conduct preliminary tests. Depending on your needs, we can also offer on-site testing at our lab or rental services for testing equipment. After confirming the changes and effects post-treatment, you can consider implementation with peace of mind. Additionally, we are still in the process of researching special materials and new applications. We aim to deepen and expand our knowledge to utilize plasma technology in more fields. Please feel free to consult with us.

The performance of corrosion and wear resistance treatments through coatings, painting, and adhesion is determined by the condition of the material's surface. Our atmospheric pressure plasma equipment performs non-contact and non-chemical modification treatment on metal surfaces, achieving surface cleaning, activation, and hydrophilicity. This significantly improves the adhesion of coatings, and enhances durability and corrosion and wear resistance. We can conduct evaluation tests and preliminary verifications with test equipment tailored to your work and objectives. After confirming the changes and effects post-treatment, you can consider implementation with confidence. Additionally, we are still in the process of researching special materials and new applications. We aim to deepen and spread our knowledge so that plasma technology can be utilized in more fields. Please feel free to consult us regarding the feasibility of treatments and collaborative discussions.

Our atmospheric pressure plasma device can non-contact treat plastic surfaces such as glass and polypropylene, introducing hydrophilic functional groups to the surface, which is expected to improve cell initial adhesion and uniformity. Since it does not use chemical solutions or vacuum equipment, it is easy to handle and allows for simple, safe, and highly reproducible processing. We can conduct preliminary tests tailored to your products and processing targets. We also offer short-term rentals for internal evaluations upon request. We provide a one-week free rental for first-time users, so please feel free to consult with us.

This device uses non-thermal plasma generated under atmospheric pressure to achieve various treatments such as sterilization of pharmaceutical containers and instruments, and surface modification of packaging materials and components, all without the use of chemicals, in a non-contact manner, and in a short time. We can conduct preliminary tests tailored to your products and processing targets. Upon request, we also accommodate on-site testing at our lab and internal evaluations through short-term rentals. We are eager to strongly support pharmaceutical research and development with plasma technology, so please feel free to consult with us.

Films and thin film materials are prone to adhesion failures and peeling troubles during printing, bonding, and coating due to differences in surface polarity and energy. Our atmospheric pressure plasma equipment is a non-contact, non-chemical surface modification technology that can handle resin-based films such as PP, PE, and PET, as well as metal foils and laminated materials. It significantly improves adhesion through hydrophilization, functional group introduction, and surface cleaning effects. *We are continuously researching special materials such as films and laminated materials. We can also conduct processing evaluations and adhesion tests using our test equipment, so please feel free to consult with us. Let's work together to achieve a more stable surface treatment process with plasma technology.

To maximize the performance of coatings, surface preparation (surface modification) is essential. Our atmospheric pressure plasma equipment modifies the surface of materials in a non-contact manner at atmospheric pressure, significantly improving the adhesion, durability, and uniformity of coatings. It accommodates a wide range of materials, including resins, metals, glass, and ceramics, and realizes surface preparation that allows coatings to exhibit their inherent performance without the use of chemicals and in a non-contact manner. *The effectiveness may vary depending on the compatibility with the material and coating. To confirm the optimal effects for your products and processing targets, we conduct preliminary tests. Upon request, we can also provide on-site testing at our lab or rental services for test equipment. Please verify the reliable effects of atmospheric pressure plasma at your location.

By using low-temperature plasma (below 60°C) generated under atmospheric pressure, you can easily achieve effects such as hydrophilization, surface modification, material activation, and functional group decoration without the use of chemical solutions or special processes. Space-saving design. With nitrogen gas and an AC 100V power supply, you can easily conduct experiments in a lab that tends to have many items, all within a small space. We offer a wide range of products to accommodate various applications. To confirm the optimal effects for your products and processing targets, we conduct preliminary tests. Depending on your needs, we can also provide on-site testing at our lab or rental services for testing equipment. Please verify the reliable effects of atmospheric pressure plasma at your location. The evolution into a new world begins from the day you contact us.

Improve the 'wetting properties' of PP and PE. Solve adhesion, printing, and painting troubles with hydrophilization! Plastics such as polypropylene (PP) and polyethylene (PE) have low surface energy, making them 'difficult to wet' and 'non-adhesive' materials. This leads to issues on-site, such as printing inconsistencies, poor adhesion, and paint peeling. Our atmospheric pressure plasma device modifies the surface of materials at the nano level without the need for vacuum, contact, or chemicals, imparting hydrophilicity (ease of wetting). By significantly reducing the contact angle, we can expect improved adhesion of paints, adhesives, and inks. 'We want to see the effects on actual resins' or 'We want to confirm if it can be used in our internal processes.' To verify the optimal effects for your products and processing targets, we conduct preliminary tests. Depending on your needs, we also offer on-site testing at our lab and rental services for test equipment. Please confirm the reliable effects of atmospheric pressure plasma at your location. -- The evolution into a new world begins from the day you contact us -- *The effectiveness and durability of hydrophilization may vary depending on the manufacturer, grade of the material, and the presence of additives.

For the repair and extension of the life of equipment and structures, the adhesion of coatings, adhesives, and paints is crucial. However, the presence of rust, contamination, and degraded films, as well as the properties of the material surface, can lead to issues such as "peeling" or "bubbling" after treatment. Our atmospheric pressure plasma device activates the surfaces of metals, plastics, and rubber at the nano level without using chemicals or solvents. This enhances the adhesion of adhesives and paints, improving the reliability and durability of repairs. *The effectiveness may vary depending on the condition of the surface and the material. To confirm the optimal effect for your products and treatment targets, we conduct preliminary tests. We also offer on-site testing at our lab and rental services for test equipment upon request. Please try the reliable effects of atmospheric pressure plasma at your location. Feel free to consult us as a means to extend the lifespan and assist with repairs.*

As an example of the applications of atmospheric pressure plasma devices, we tested the "hydrophilicity effect of various materials." You can observe the changes in hydrophilicity (wetting properties) of various resin materials, glass, and metals when exposed to a plasma jet. All tests were conducted under the same conditions after plasma treatment, but by changing the irradiation conditions, there are materials that can achieve even stronger effects. You can watch the actual test videos at the linked site. 【Other examples of applications for atmospheric pressure plasma devices】 ■ Hydrophilicity effect of various materials ■ End treatment test of silicone tubes ■ Effect test of atmospheric pressure plasma on liquids ■ Butt joint test of silicone rubber cords ■ Silicone rubber vs double-sided tape adhesion enhancement *For more details, please download the PDF or feel free to contact us.