Individual Products for almost any Process
As the world's leading manufacturer of plasma units and systems, Plasmatreat provides a wide range of innovative products and systems designed for advanced surface plasma treatment applications.
Our plasma systems, including atmospheric plasma processes (Openair-Plasma® Systems) and low-pressure plasma technology (Aurora), are engineered to meet the diverse needs of industries worldwide, offering solutions for cleaning, activating, and coating surfaces with precision and efficiency. Whether it's inline systems for continuous production, modular units for flexible integration, or tailored solutions for specific processes, we ensure that our technologies deliver optimal performance and reliability.
Openair-Plasma® Systems—Inline Pretreatment for Industry Processes
Openair-Plasma® technology offers a wide range of applications across various industries. From inline oxide reduction in semiconductor production to potential-free pretreatment of films and foils, chemical-free cleaning in coil coating, and reliable bonding of lightweight panels – the possibilities are nearly limitless. Plasma systems can be inline integrated for customized surface treatments on materials like plastic, glass, and metal. Automated robotic solutions allow seamless integration into existing production lines. Plasma technology sets new standards in efficiency, quality, and sustainability.
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Openair-Plasma® System Components
The main system components of Openair-Plasma® atmospheric pressure plasma technology are the plasma nozzles, the process control and the generators.
The Openair-Plasma® system has been running for years in three-shift operation to our customer’s complete satisfaction.
Aurora Low Pressure Plasma Systems
Aurora Low Pressure Plasma Systems are engineered for tailored surface treatment solutions, delivering exceptional results in cleaning, activation, and coating processes. To accommodate various industrial production needs, Aurora systems come in different sizes and offer additional options. These systems range from compact tabletop units for small-scale production to large chamber systems designed for treating complex components in industries such as aerospace and life-science.
