Contributing to Surface Treatment and Adhesion Improvement: The Mechanism of Atmospheric Pressure Plasma
A plasma treatment device that allows surface treatment under atmospheric pressure. It activates various surfaces such as resin, metal, and glass, enhancing adhesion and coating adhesion!
Our atmospheric pressure plasma treatment device, Openair-Plasma(R), excels in modification capabilities and is used for the modification of various surfaces. Additionally, it generates plasma using compressed air and electricity, and because it is ozone-free, it can be easily integrated into existing inline systems. The Openair-Plasma(R) device can simultaneously clean and activate surfaces, and due to its solvent-free and dry processing, it contributes to improvements in production processes and cost reductions. Furthermore, it can be customized for integration into robots for automation, making it suitable for quality control and enhancement. 【Table of Contents】 ■ What is Plasma ■ Mechanism and Effects of Plasma ■ Composition of Plasma Treatment System *For more details, please download the PDF or contact us.
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The Plasma Group, which manufactures plasma devices capable of surface treatment under atmospheric pressure and conducts research and development on applications with atmospheric pressure plasma devices, has 18 offices in 11 countries and provides robust support in 30 countries, including through agents. Support for implementation and aftercare is possible even when the development and manufacturing bases are in different locations. Our atmospheric pressure plasma devices feature improved surface polarity even for general-purpose plastics, significantly enhancing surface modification wettability. Plasma can be generated using compressed air and electricity, and due to the absence of ozone, integration into existing inline processes is straightforward. Additionally, because it is a dry process, continuous processing is possible after surface treatment, leading to improvements in cycle time and cost reductions through the substitution of solvents and automation. We have successfully developed nano-coatings utilizing plasma technology, allowing for CVD treatments under atmospheric pressure for various applications such as rust prevention, adhesion promotion, and joining dissimilar materials. This technology enables continuous processing to the next step without a drying process due to its dry nature. Furthermore, we offer online demos and rental device services, and our webinars introduce the mechanisms of plasma treatment as well as the latest research and applications. Please feel free to contact us.
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Download All Catalogs![Contributing to the improvement of adhesion/joining/coating quality through surface cleaning and modification: "Fundamentals of Plasma" [Materials Provided]](https://image.mono.ipros.com/public/catalog/image_generated/01/2b0/447251/20181228181029_IPROS11748288394568431583_1.jpg?w=120&h=170)
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At our headquarters in Germany, we provide excellent know-how and plasma devices tailored to applications, developing the world's first technology for inline plasma treatment. We have achieved success as a solution for bonding automotive headlamps and reducing costs, and we have since built a track record in various industries, including electronics, medical, and automotive. In 2001, we established a subsidiary in Japan, offering solutions for processing processes tailored to our customers using plasma surface treatment technology. We collaborate with the overseas bases of the PlasmaTreat Group to support our global customers from implementation to aftercare. Openair-Plasma(R) technology is highly versatile, allowing for a wide range of applications, and we deliver plasma treatment machines accordingly. For detailed application examples, please contact us.
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