HÜTTINGER = TRUMPF, since 1990.

Microchips, flat screens, and solar cells are all manufactured using innovative plasma technology. Many high-tech products which require thin layers in the nanometer range can only be created with targeted deposition and removal of material. However, plasma technology requires plasma. The generators from TRUMPF Hüttinger can offer a wide power and frequency spectrum, and ensure that the plasma ignites reliably and is stable when it burns.

Induction heating is the solution for demanding heat treatment processes and the most efficient of all heating processes. Users benefit from excellent flexibility in terms of temperature, as the spectrum is virtually unlimited with induction heating. TRUMPF Hüttinger generators can be used for traditional processes such as inductive hardening or sealing as well as for special applications such as crystal pulling.

Thanks to the modular design, inverters can be used in storage solutions of different power classes ranging from kilowatts to megawatts.  The innovative technological concept enables your battery system to be operated at the optimum operating point to maximize efficiency in all areas of application – from energy suppliers to industrial applications and even domestic storage systems.

The TRUMPF Hüttinger microwave amplifiers are used in particle accelerators. They are based on the latest semi-conductor technology and are therefore able to provide the necessary power to accelerate particles such as electrons, ions or protons. Choose between tailor-made system solutions for different power classes: from just a few kW to far beyond one hundred kW of total power in the MHz to GHz frequency range.

The compact high-end microwave generators for industrial heating applications from TRUMPF Hüttinger are based on semiconductor technology and are predestined for demanding, non-contact heating tasks. They supply homogeneous, precise and reproducible results.

CO₂ lasers use carbon dioxide as the laser medium and are commonplace in industrial applications. Their intensive light beams or light pulses can melt or evaporate even extremely hard materials on the spot. In order for the CO₂ laser to emit light, it needs to be stimulated by an energy flow. The energy required for the TRUMPF CO₂ lasers is supplied by the powerful RF generators from TRUMPF Hüttinger.