Safety, quality, and ergonomics have the highest priority at GeGa. External mixing of media and GeGa's proven flat seats or sealing surfaces provide the highest safety standards.

During the research and design phase, the nozzle is subjected to intensive testing. Furthermore, each nozzle is tested before shipment. All nozzles are quality certified. Rest assured that, once again, the latest SHEL nozzle sets new standards in terms of operational safety.

 

• • 

    Leading in precision cutting. Worldwide.

    Precision torch cutting involves using a heating flame to heat the steel at the desired cutting point to ignition temperature and then burning through it with a cutting oxygen jet. With a vast variety of patents pending, we regard ourselves as uncontested innovators and trendsetters. We stand by our word: when it comes to the effective and efficient treatment of cast steel, GeGa service and products are second to none.

  • 

    Tough by design

    Since 1965, GeGa has constantly been pushing the frontier of what is possible in torch cutting. We develop revolutionary processes and products in close partnership with our clients - in fact, many of the most valuable developments saw first light not in the GeGa R&D facilities, but in the harsh conditions of running operations of steel mills around the world.

    Cornerstone of this success story are patented GeGa nozzles, which are regarded benchmark for efficiency and precision in torch cutting.

  • 

    Experience long and wide

    We offer cross-sectional and longitudinal cutting machines for fast and efficient cutting of slabs, billets and blooms.
    The machines vary depending on the steel product needing cutting. We distinguish between continuous torch cutting machines for slabs, for billets and for blooms.

    The machines are synchronised with the strand to be cut. The strand moves at the pouring rate and is heated to 800-1100°C. The slabs, billets (round, square or rectangular) or blooms are cut to the desired lengths or weights.