Openair-Plasma technology enables site-selective, automated pretreatment in which the plasma nozzle follows the part geometry with millimeter precision. - © Plasmatreat GmbH

Game Changer Openair-Plasma

In the current issue of our trade technical journal JOINING PLASTICS/FÜGEN VON KUNSTSTOFFEN and in the archive you will find many other interesting articles. Feel free to browse.
Joining Plastics [EN]

Game Changer Openair-Plasma

Plasmatreat demonstrates the targeted, environmentally friendly and efficient modification of plastic surfaces to improve industrial processes live at Fakuma 2023.

Atmospheric plasma technology is the tool of choice when it comes to the surface treatment and subsequent processing of plastics: through targeted surface modification, it significantly improves processes such as bonding, printing, painting or sealing. Plasmatreat GmbH, the world market leader in this field, will be demonstrating the efficiency of this environmentally friendly and efficient technology at Fakuma 2023 in Hall A1, Stand 1210.
Overmolding of sensitive electronic components with thermosets
At the Plasmatreat booth, a joint project will demonstrate the pretreatment and overmolding of printed circuit boards using injection molding. In a fully automated process, the electronic components are first subjected to gentle ultra-fine cleaning with Openair-Plasma. They are then coated with an adhesion-promoting layer using the special PlasmaPlus process and finally overmolded with a temperature-resistant thermoset in an injection molding system. The plasma treatment and coating ensure reliable adhesion of the plastic to the circuit boards and protect them from environmental influences. In addition to Plasmatreat (Steinhagen), the project partners are the machine manufacturer ARBURG GmbH (Lossburg), the toolmaker Siegfried Hofmann GmbH (Lichtenfels), the special machine manufacturer Barth Mechanik GmbH (Zimmern o.R.) and the plastics supplier Sumitomo Bakelite Co., Ltd. (Japan).
Plasma makes the impossible possible: expanding material choices
The selection of a plastic for economic and environmental reasons can affect an entire process, for example, the required adhesiveness or printability. Plasma technology supports material substitution. Through targeted surface modification, it improves the adhesion of adhesives and coatings in industrial applications, and even makes it possible to bond plastics that were originally incompatible. This allows manufacturers to benefit from a wider choice of materials, for example replacing costly engineering plastics with less expensive commodity plastics or even recycled materials. Well-known manufacturers of household appliances such as Miele & Cie. KG in Gütersloh, Germany, or Mamur Teknoloji Sistemleri in Turkey, use Plasmatreat's Openair-Plasma technology for such applications.
With a total of 6 RD2010 rotary nozzles, various flat plastic substrates are efficiently and reliably pretreated in the flatbed cell. - © Plasmatreat GmbH
With a total of 6 RD2010 rotary nozzles, various flat plastic substrates are efficiently and reliably pretreated in the flatbed cell. © Plasmatreat GmbH
Large area and selective pretreatment of automotive dashboards 
Plasma pretreatment has been integrated into the automotive industry with its high-quality requirements and specifications for many years. Various manufacturers use Plasmatreat's plasma technology for surface pretreatment: plasma pretreatment makes the non-polar (recycled) plastics receptive to subsequent adhesion processes and ensures a strong bond between the different, sometimes even incompatible materials, e.g. when laminating dashboards made of recycled materials with powder-sintered molded skins made of soft plastic. The traditional flame pre-treatment method used to pre-treat dashboards required the use of thermally stable masks to cover all areas of the component where adhesion was not desired. The use of Openair-Plasma completely eliminates this step, because the plasma jet is selective and, unlike flame, follows the part geometry with millimeter precision using automated robot technology. In addition, plasma treatment generates very little heat, so treated components remain dimensionally stable and can be further processed.
Flatbed system for full surface pretreatment
Plasmatreat demonstrates how full surface pretreatment of flat plastic materials, such as honeycomb panels for lightweight applications, can be achieved with an innovative flatbed system. This special PTU (Plasma Treatment Unit) pre-treats various flat plastic substrates efficiently and reliably. The unit is equipped with three RD2010 rotating nozzles on each side. For maximum flexibility and to optimize set-up times, Plasmatreat has added a function to the cell: the nozzles can now be moved in height, depending on the thickness of the material to be treated. The setting of other parameters, such as the exact adjustment of the speed and intensity of the plasma jet to the respective application, is also one of Plasmatreat's core competencies. The innovative system for this patented process can be easily integrated into existing lines. Customers from a variety of industries use full-surface pretreatment with Openair-Plasma, including Hymmen GmbH in Bielefeld, Germany, for individual digital printing on garage doors, and Schmitz Cargobull in Horstmar, Germany, for truck walls or tarpaulins.
See the Plasma Effect at the Live Table
Discovering the plasma effect with your own eyes – visitors can do this at the live table at the Plasmatreat booth: Using various test methods (e.g. water spray test, test inks or with the help of adhesive strips), the plasma experts will demonstrate the effectiveness of plasma treatment on site and make it visible, even with regard to materials that are difficult to process, such as PP and PE.
Visit Plasmatreat at Fakuma at booth 1210 in hall A1.
(Source: Press Release by Plasmatreat)


AIAMAtmospheric Plasma TechnologyAutomotiveEngineeringFAKUMA 2023IFFKIPlasmaPPERobotSurface Treatment

Verwandte Artikel


Reducing Hazardous Welding Fumes

Welding generates a complex mixture of fume particles posing a health risk to welders. Health and safety regulations have become stricter, In addition, advanced research...

Fumes PPE Safety Safety Requirements Specification Welding Workplace Safety
Read more
Die Untertraverse der Stack-Presse.

Projektmanagement nach Maß

Maßarbeit in Stahl ist die Kernkompetenz von Jebens. Auf Kundenwunsch ändert das Unternehmen sogar während der laufenden Fertigung die Produktionsreihenfolge und liefert...

Automotive Elektrolyseure Fertigung Formenbau Produktion Richten Schiffbau Schneiden Schweißen Schweißkonstruktionen Sondermaschinenbau Stahlindustrie Stahlverarbeitung Windtürme
Mehr erfahren
(v.l.n.r.:) Joachim Kalwe (Geschäftsführer Kemppi GmbH), Tobias Bellaire und Fabian Jentner (beide Wiggert & Co. GmbH) sowie Igor Mikulina und Johannes Ried (beide IndustryFusion Foundation).

Digitalisierungsrallye: Der Hauptpreis geht nach Karlsruhe

Bei der interaktiven Digitalisierungsrallye auf der SCHWEISSEN & SCHNEIDEN konnten Aussteller ihre Lösungen präsentieren und Besucher attraktive Preise gewinnen. Der Haup...

Digitalisierung Digitalisierungsrallye IFF SCHWEISSEN & SCHNEIDEN
Mehr erfahren
Die neue additive Fertigungsanlage des Fraunhofer IWS wird aus metallischen Pulvern wie Aluminium, Titan oder Kupfer schichtweise besonders große Bauteile mit komplexer Geometrie erzeugen: zum Beispiel Brennkammern für Wasserstoff-Energiesysteme, Schaufelradeinhausungen für Turbinen und andere komplexe Maschinen-Komponenten oder Werkzeuge.

Fraunhofer IWS installiert europaweit einzigartigen Industrie-3D-Drucker

Das Fraunhofer-Institut IWS installiert einen europaweit einzigartigen industriellen 3D-Drucker. Die additive Fertigungsanlage basiert auf dem selektiven Laserstrahlschme...

3D-Druck Additive Fertigung Aluminium AM Eisen Kupfer Laserstrahlschmelzen Metallpulver Nickel Pulverbett Pulverbettverfahren Titan
Mehr erfahren
Auf inzwischen 17 Metall-Sinteranlagen fertigt FKM neben Prototypen auch metallische Serienbauteile nach industriellen Maßstäben.

FKM optimiert Fertigung von Bauteilen aus Kupferwerkstoffen

Die wirtschaftliche Herstellung von Prototypen und Kleinserienteilen aus Kupferwerkstoffen erfährt wachsende Bedeutung. Der Lasersinter-Spezialist FKM fertigt für namhaft...

3D-Druck Additive Fertigung Additive Manufacturing AM Elektromobilität Elektrotechnik Kupferlegierungen Kupferwerkstoffe Lasertechnologien Temperiertechnik Werkzeugmaschinenbau Zulieferer
Mehr erfahren