Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 34 items
It is an atmospheric pressure plasma device. It is ideal for adhesion, cleaning, and more.
Nitrogen and air are used as plasma materials. When plasma is irradiated onto surfaces such as liquid crystal panels and printed circuit boards, it cleans the surface and enhances the adhesion strength.
![[Data] Preprocessing of high-quality batteries](https://image.mono.ipros.com/public/product/image/87c/2000472914/IPROS35938838150600144349.jpeg?w=280&h=280)
Improved battery efficiency! Published benefits in LIB production, etc.
This document presents the surface cleaning and activation of high-quality battery products using Openair-Plasma. It introduces the advantages in applications and cell processing, starting with lithium-ion batteries (LIB). [Contents (excerpt)] - Cleaning and activation with Openair-Plasma: fast processing, functional, and oxide-free - What is LIB - Applications - Process engineering - Advantages in LIB production *For more details, please refer to the PDF document or feel free to contact us.
Atmospheric pressure plasma device
In addition to conventional low-pressure plasma, atmospheric pressure (normal pressure) plasma is being developed in collaboration between industry and academia. Due to the thermal non-equilibrium of atmospheric pressure glow discharge plasma, low-temperature processing is possible.
High-density plasma is generated over a large area by the unique reactor head!
Facilitates the construction of mass production inline systems for large workpieces (such as glass substrates) from semiconductor IC pad cleaning to FPC substrates and LCD glass substrates, achieving reductions in capital investment and running costs! Simple plasma unit equipped with a manual stage Compatible with build-in for various devices.
Next, it enhances adhesion, improves wettability, and has cleaning effects. It is ideal for surface treatments such as thin film formation, various bonding, painting, and plating pre-treatments, as well as in the fields of biotechnology and medicine.
Domestic plasma device manufacturer "Sakai Semiconductor." Plasma is ideal for surface treatments such as thin film formation, various bonding, painting, and plating pretreatments, as well as in the fields of bio and medical applications. We offer a lineup that includes PEN-type atmospheric pressure plasma, atmospheric pressure plasma series, tabletop vacuum plasma devices, and powder plasma. Sakai Semiconductor Co., Ltd. is one of the few domestic plasma device manufacturers in Japan, and we strive day and night with the philosophy of "providing seeds by uncovering needs." If you have difficult requests, we will respond with sincerity. We develop various semiconductor manufacturing devices using plasma, including deposition devices and surface modification devices with liquid sources, and we respond to customer needs through the development and sales of semiconductor manufacturing devices via contract research. We are currently offering a comprehensive catalog for free! For more details, please download the catalog or contact us.
A direct-type atmospheric pressure plasma device allows for continuous surface treatment of both sides of a film. It can plasma-activate air and enable large area processing (up to 1000mm)!
Direct atmospheric pressure plasma device! By plasma-activating air with high processing capability, the running costs are low. As shown in the diagram, continuous processing of films in a roll-to-roll manner is possible. Additionally, by combining it with conveyors and other equipment, it can be used for various materials such as glass and resin molded products. It is capable of processing large areas, with a processing width of up to 1 meter. Please try the effects with a free demonstration processing first. *For more details, please download the catalog or contact us directly.*
It is possible to visualize whether the processing status is as intended with a simple change in tone!
Using the No. 40 (ultra-high sensitivity) sheet type for "atmospheric pressure plasma," we will conduct a distribution evaluation using a torch-type atmospheric pressure plasma device. For adhesive applications, bonding is possible even if there are many "sparse" areas, as long as processing is generally completed. Therefore, to achieve efficient processing, we will increase the pitch, resulting in a treatment with many "sparse" areas. In the processing for adhesive applications, only the "dense" areas change color, confirming that the intended treatment has been achieved. Additionally, during the coating application processing, the entire area changed to a light pink color, confirming that uniform processing has been achieved. [Device Information] ■ Device Model: AP-4000R ■ Nozzle Model: RN-041835-SU ■ Color Difference Meter: Konica Minolta fluorescent spectrophotometer FD-9/MYIRO-9 (Measurement light source C, illumination system C light source, 2° field of view) *For more details, please refer to the related links or feel free to contact us.
Irradiation is possible for materials that were traditionally difficult to treat with plasma, such as polymer materials, organic substances, fibers, and liquids!
The "atmospheric pressure plasma device" is a plasma device that can be generated in normal atmospheric conditions without the need for special environments such as vacuum containers or filling with reaction gases. Our plasma electrodes utilize the "dielectric barrier discharge" method, which prevents arc discharge by placing a dielectric insulator between metal electrode plates, allowing electrons to be emitted uniformly from the entire electrode. Additionally, by adopting two types of irradiation methods, "direct method" and "jet method," it can accommodate various processes. 【Features】 ■ Can be generated in normal atmospheric pressure ■ Dielectric barrier discharge atmospheric pressure plasma ■ Capable of accommodating various processes through the adoption of two irradiation methods ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, acceleration of chemical changes, development of new methods, experiments, etc. *For more details, please download the PDF or feel free to contact us.
Achieving sterile, clean, and high-performance processing with an atmospheric pressure plasma device.
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.
We have various testing machines available to accommodate a wide range of applications.
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.
Quality control of surface modification using atmospheric pressure plasma devices with various options.
The "Air Plasma Series" is an atmospheric pressure plasma surface modification device that controls various plasma quality management options via a touch panel. With easy touch panel operation, you can change the plasma output (500W to 1000W) and set the minimum and maximum limits for the input air pressure, creating a stable operating environment. Since it allows for detailed processing condition distribution, it can be utilized in development and laboratories, expanding the possibilities of atmospheric pressure plasma. Additionally, it is equipped with an on-off delay function and a temperature sensor function, making it suitable for use on production lines. 【Features】 ■ Adopts various plasma quality management options ■ Easily change plasma output via touch panel ■ Equipped with on-off delay function and temperature sensor function ■ Optimized for production lines and research *For more details, please refer to the PDF document or feel free to contact us.
AETP atmospheric pressure plasma treatment is effective for painting, bonding, and cleaning.
The AETP atmospheric pressure plasma device has a proven track record in pre-treatment for bonding automotive interiors and exteriors, as well as in dry cleaning electronic components. The AETP atmospheric pressure plasma device, which poses no concerns regarding ozone, contributes to improving the working environment and enhances the reliability of various parts and materials processing. The optimal processing conditions for atmospheric pressure plasma vary depending on the shape and material of the substrate. Therefore, for customers considering a purchase, we offer an initial sample processing test free of charge. We would like to work with you to determine which treatments are most suitable for your components, so please feel free to consult with us. *For more details, please refer to the catalog or feel free to contact us.*
Partial adhesion failures occur... We want to process without using solvents for safety... Our atmospheric pressure plasma device solves these issues related to adhesion pre-treatment!
Are you facing these issues in your subsequent preprocessing? - Partial adhesion failures occur... - You want to process without using solvents for safety... - You are looking for equipment that can be retrofitted to the manufacturing line... AETP Japan's "Atmospheric Pressure Plasma Device" solves these concerns! The atmospheric pressure plasma device not only physically roughens the material surface at the nano level but also strengthens adhesion by chemically bonding. We offer various types of nozzles to allow for selectable processing widths, excelling in partial treatments and processes that do not damage materials. Since it consists only of a plasma generation device and a nozzle, it is compact in size and can be easily retrofitted to the manufacturing line. With an easy-to-implement pricing structure, it is also recommended for those considering alternative equipment!
I will provide a detailed explanation of ultra-strong dissimilar material bonding.
This document contains information about injection molding of plastics and metals utilizing atmospheric pressure plasma coating. It explains topics such as pre-treatment for bonding, polymerization using atmospheric pressure plasma, and properties like airtightness and corrosion resistance. [Contents (excerpt)] ■ Functional, flexible, and highly reliable manufacturing ■ Comparison of shear strength ■ PST resin compound ■ Joining of dissimilar materials contributes to the electronics industry ■ Adhesion with long-term stability *For more details, please refer to the PDF document or feel free to contact us.
Openair-Plasma® is a high-speed, ozone-free surface treatment technology. It is easy to integrate into robots and allows for dry inline processing!
Features of the independently developed generator FG5001S: ● Compatible with various materials such as composite materials, CFRP, general-purpose plastics, and metals ● Simultaneous surface cleaning and activation processing ● Automation of the surface treatment process ● Compact yet compatible with multi-nozzle systems ● Visualization achieved through touch panel operation ● Process management through a control system ● Process data can be output externally ● Ozone-free, making it easy to integrate into production lines ● Customizable processing width according to conditions *For more details, please download the materials or contact us.
High-density plasma is generated over a large area by a unique reactor head!
Facilitating the construction of mass production inline systems for large workpieces such as semiconductor IC pad cleaning, FPC substrates, and LCD glass substrates, achieving reductions in capital investment and running costs!
High-density plasma is generated over a large area by the unique reactor head!
Facilitates the construction of mass production inline systems for large workpieces such as semiconductor IC pad cleaning, FPC substrates, and LCD glass substrates, achieving a reduction in capital investment and running costs!
![[Data] Atmospheric Pressure Plasma Generation Device](https://image.mono.ipros.com/public/product/image/677/2000479087/IPROS32737907097050352492.png?w=280&h=280)
Publication of topics such as 'Mechanism of Atmospheric Pressure Plasma Generation' and 'Features of Atmospheric Pressure Plasma Devices'!
This document contains information about the "Atmospheric Pressure Plasma Generation Device." We have developed a new plasma head for the atmospheric pressure plasma device, which generates superior plasma compared to conventional methods. This surface treatment device is effective in dry processes such as improving adhesion for difficult-to-bond materials, enhancing wettability, and increasing cleaning effects. Please take a moment to read it. 【Contents (partial)】 ■ What is plasma? ■ Mechanism of atmospheric pressure plasma generation ■ Atmospheric pressure plasma treatment for improved printing ■ Features of atmospheric pressure plasma devices ■ Methods for confirming plasma treatment effects (contact angle measurement) *For more details, please refer to the PDF document or feel free to contact us.
50% performance increase compared to conventional systems! Atmospheric pressure plasma device with low N2 consumption (approximately 45% reduction).
The atmospheric pressure plasma device "Precise Series" is based on nitrogen gas and utilizes dielectric barrier discharge to isolate the workpiece from the electromagnetic field area, using only the radicals excited within the reactor. This allows for continuous processing without damaging the workpiece. Additionally, even when the workpiece is charged, it is discharged, and there is no particle adhesion in the air after processing. 【Features】 ○ Low-temperature processing ○ Damage-free ○ No need for an ionizer device before ESD-free processing ○ Maintenance-free for 2 years ○ Compact and lightweight (compared to other companies: approximately 1/2 or less in volume ratio, approximately 1/3 or less in weight ratio) ○ Semi-permanent long lifespan dielectric electrodes ○ Particle-free ○ Uniform processing for a wide range of workpieces For more details, please contact us or download the catalog.
Damage-free, particle-free atmospheric pressure plasma device
The atmospheric pressure plasma device "AP Plasma Precise II" is based on nitrogen gas and utilizes dielectric barrier discharge to isolate the workpiece from the electromagnetic field area, using only the radicals excited within the reactor. This allows for continuous processing without damaging the workpiece. Additionally, even when the workpiece is charged, it can be neutralized, and there is no particle adhesion in the air after processing. 【Features】 ○ No need for electrode replacement (dielectric part) ○ Wide processing range (100 mm to 3000 mm) ○ No damage to the processing surface due to the downstream electrode configuration. ○ Maintenance only every two years For more details, please contact us or download the catalog.
Introducing the basics of plasma devices, including "treatment forms" of atmospheric pressure plasma devices and "unique features of our equipment"! Technical materials available.
Here, we focus on explaining an atmospheric pressure plasma device that generates pure bulk plasma, rather than devices using corona treatment or arcs. By using a special electrode structure and applying high-frequency power to the electrodes based on nitrogen gas and noble gases, high-density plasma is generated. The high-density reactive species produced impart functional groups, hydroxyl groups, and amine groups to the work surface, enabling treatments such as wettability enhancement, coating performance improvement, and organic material removal. By changing the added gas, selectively generated molecules can be produced, allowing for treatments such as hydrophobization, reduction, thin film volume adjustments, and dry etching. Additionally, performing plasma treatment before cleaning processes or plating treatments activates the treated surface, enhancing reactivity with chemical solutions, improving cleaning performance, and aiding in the removal of bubbles. Considering the nature of the work and the conditions for the next process, I hope this summary serves as a reference for optimizing the selection of atmospheric pressure plasma devices. Furthermore, regarding adhesive-free bonding without the use of adhesives, I believe that bonding technology based on molecular bonding with copper foil can reduce transmission loss and contribute to the manufacturing of FCCL for 5G and 6G applications.
![[Atmospheric Pressure Plasma Device - Example of Problem Solving] Superhydrophilicity Treatment on Teflon Surface](https://image.mono.ipros.com/public/product/image/859/2000702598/IPROS8557785238198360496.png?w=280&h=280)
Successful superhydrophilization of Teflon (PTFE/PFA) using an atmospheric pressure plasma device, achieving a contact angle near 5 degrees (in pure water).
We would like to introduce a case study of problem-solving using an atmospheric pressure plasma device. Recently, we successfully achieved surface modification of fluoropolymer (PTFE, PFA) to a contact angle close to 5 degrees (in pure water). Previously, the maximum value was around 50 degrees, but this was realized through optimization of recipes and other factors. By cutting the C-F bonds on the Teflon surface with plasma and terminating them with hydrophilic groups or functional groups, we achieved superhydrophilicity. We are confident that this will contribute to direct adhesion to FCCL copper foil for 6G applications in the future.
Small and simple RtoR
Not only thread but also film can be transported!
Even in a small space overflowing with various items in a laboratory, it is possible to conduct genuine atmospheric pressure plasma tests! (For educational and research settings)
The DS-PJ1 is a tabletop atmospheric pressure plasma device that has been miniaturized to the limit while retaining the components of the HPJ-DESKTOP. Despite its small size, it has the same atmospheric pressure plasma processing capability. It emphasizes safety and usability, making it easy and safe for students and those who are not familiar with machinery to use. All operations are manual, but stable plasma irradiation can be achieved. **Features** - The installation area is about half that of the HPJ-DESKTOP. - Place it near inspection equipment to reduce testing time. - Simple operation by just turning the nitrogen gas valve and plasma ON switch. - The plasma ON switch is designed to turn OFF when you release it for safety. **Main Applications** - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, experiments, etc. "We want to see the effects with actual materials" or "We want to confirm if it can be used in our internal processes." We conduct preliminary tests to confirm the optimal effects for your products and processing targets. Depending on your needs, 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.
What influences the corrosion and wear resistance of metals is the "pre-treatment." Atmospheric pressure plasma treatment technology that alters adhesion.
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.
[Decarbonized Manufacturing] We propose atmospheric pressure plasma treatment for the pre-treatment of adhesion and bonding. AETP atmospheric pressure plasma does not pose any concerns regarding ozone.
As part of our efforts towards decarbonization, sustainability, and CSR, we propose pre-treatment using our atmospheric pressure plasma equipment. Surface modification treatment is crucial for ensuring strong and reliable adhesion and bonding, and it also affects the finish of the product. Atmospheric pressure plasma treatment, which can be used for continuous production under normal atmospheric conditions, is suitable for companies looking to reduce the use of primers in their manufacturing processes. Additionally, there are no concerns about ozone, allowing for safe and secure use. The Air Plasma AP-4000 features a fixed head and excels at high-speed processing in a linear fashion. The AP-4000R, with its rotating head, gently processes materials over a wide width, making it suitable for handling heat-sensitive materials. We are accepting sample processing requests at any time, so please feel free to reach out to us during this opportunity. ****************** We exhibited at the Surface Modification Expo 2021. Thank you for your many visits. 【Dates】December 1 (Wed) - 3 (Fri), 2021, 10:00 - 17:00 【Venue】Tokyo Big Sight, West Hall, H-10 (Kanto Gakuin University Booth)
[Decarbonized Manufacturing] We propose atmospheric pressure plasma treatment for the pre-treatment of adhesion and bonding. AETP atmospheric pressure plasma does not have concerns regarding ozone.
As part of our efforts towards decarbonization, sustainability, and CSR, we propose a pretreatment using our atmospheric pressure plasma equipment. Surface modification treatment is essential for ensuring strong and reliable adhesion and bonding, and it also affects the finish of the product. Atmospheric pressure plasma treatment, which can be used for continuous production under normal atmospheric conditions, is suitable for companies looking to reduce the use of primers on the manufacturing floor. Additionally, there are no concerns about ozone, allowing for safe and secure use. The Air Plasma AP-4000 features a fixed head and excels at high-speed linear processing. The AP-4000R, with its rotating head, gently processes materials over a wide width, making it suitable for handling heat-sensitive materials. We are accepting sample processing at any time, so please feel free to reach out during this opportunity. ****************** Surface Modification Expo 2022 【Dates】October 19 (Wed) - 21 (Fri), 2022, 10:00 - 17:00 【Venue】Tokyo Big Sight, West Hall 1, H-07 (Kanto Gakuin University Booth)
Improving the wettability of small substrates, enhancing adhesion, and surface modification! Atmospheric pressure plasma equipment specialized for experimental applications.
The "Small Experimental Device Type" is an atmospheric pressure plasma device that supports sheet processing up to A4 size. Both remote processing and direct processing are available. It is a semi-automatic type specialized for experimental purposes and easy to handle. It can be used for improving the wettability of small substrates, enhancing adhesion, and surface modification. 【Features】 ■ Compact device ■ Supports various treatments ■ Specialized for experimental purposes ■ Compatible size: up to A4 (for sizes larger than A4, please consult separately) ■ Utility: power supply, processing gas (N2, CDA), exhaust, cooling water *For more details, please refer to the PDF document or feel free to contact us.
Precise plasma irradiation is possible! Suitable for applications such as cleaning LCD terminals and pre-sealing cleaning of electronic components.
The "AP-T" is a spot-type atmospheric pressure plasma device capable of high-speed processing with ultra-high-density plasma at 2.45GHz. It can also process with clean dry air (CDA), and the plasma stabilizes in less than one second after switching on. The power supply, control, and gas units are integrated, making it easy to install anywhere with simple requirements for power and CDA. 【Features】 ■ High process capability ■ Low running costs ■ Compact design, lightweight ■ Localized processing possible ■ Processing width: up to 10mm ■ Utilities: power supply, gas (Air), exhaust *For more details, please refer to the PDF document or feel free to contact us.
