plasmabrush

When using PAA® technology, the ignited plasma bridge can be used for electrical grounding of conductive substrates.

The A250, A350 and A450 nozzles used in conjunction with the plasmabrush® PB3 have undergone a material change. As a minor product change for nozzle improvement, the copper nozzles will be nickel-plated from February 2022.

A visualization of activated area on polymers is done with test ink to evaluate atmospheric pressure plasma jets (APPJ). The shrinkage characteristics of the test ink are collected using activation image recording (AIR).

GREENoneTEC uses atmospheric pressure plasma in solar thermal technology to increase surface tension and process-safe bonding.

KIOTO Photovoltaics GmbH from St. Veit in Austria has been using plasma in solar technology for years. Here, the plasma high-performance system plasmabrush® PB3 is integrated into the automated system for surface pre-treatment before bonding.

In the following report the service life of the plasmabrush® PB3 A250 nozzle was examined. Flame pattern and temperature hardly change.

Atmospheric pressure plasma is used to improve the wire bonding process and leads to significant improvements in ball and wedge bonding.

Atmospheric pressure plasma is used in wire bonding as a fine cleaning to achieve better connections and thus increase quality and productivity.

TAZ Spiegelau is researching on the coating of glass beads with plasma from the plasmabrush PB3.

Dieter Braun GmbH reports about their expierience with plasma treatment of cables and wires before moulding and encapsulation.

Without the application of plasma technologies, many industrial processes cannot be realized, or can only be realized at great expense. That is why Relyon Plasma has developed a concept to automate the handling of plasma generators – with robots of Kawasaki.

If plasma activation is used for composite materials during the production of beverage and food packaging,
very high process speeds will be required.

With the plasmabox, relyon plasma presents a compact solution based on state-of-the-art technology. It is simply integrated into the existing system and the plasma process can be started.

Using a risk assessment methodology applied on empirical data and failure scenarios, we have been able to prove that our plasma systems reach a high performance level and safety. Using the modern approach of redundant safety circuits critical hazard can be avoided efficiently.

The Plasmasystem FG1-01 is an integrated solution for those applications where several plasmasystems are required. For plasma generation, the necessary PS2000® power supplies are driven by the control system.

To activate electronic components we designed the floating A250 nozzle. This nozzle for sensitive materials is used with the plasmabrush® PB3 System.

Plasma technology and soldering: Plasma technology keeps assembly production free from harmful chemicals when applying flux.