EMO Hannover 2019, 16 - 21 September

    EMO Hannover 2019, 16 - 21 September
    Flexible manufacturing

    A new era in laser technology

    TRUMPF Laser- und Systemtechnik GmbH is using the newly created area for additive manufacturing processes at EMO Hannover 2017 to highlight the many different applications for additive manufacturing in industrial production.

    20 Sep. 2017

    It isn't just exhibitors that offer countless innovations in the metalworking industry. The trade fair itself is also delivering some of its own. For the first time, EMO Hannover 2017 is dedicating a separate display area to additive manufacturing processes. For TRUMPF Laser- und Systemtechnik GmbH, this is the ideal arena to demonstrate its expertise in the two key technologies of laser metal fusion (LMF) and laser metal deposition (LMD). The company isn't just focusing on machine solutions but, under the banner "Industrial Additive Technologies", is also providing information on the opportunities that additive technologies have to offer. "Users often still have a great many questions about additive manufacturing, and we're looking to provide answers using practical examples," explains Rainer Grünauer, Head of Additive Manufacturing Sales at TRUMPF.

    "Additive technologies show their strengths in particular in complex components, while conventional technologies are frequently more than adequate to produce simple components," says Grünauer. And he raises the legitimate question: "Why not harness the best of different worlds in an intelligent mix?" To show how this approach is already being put into practice, TRUMPF is using a tool holder in Hannover that fixes grinding wheels in CNC grinding machines. While the two-part component in the past has consisted of a number of brazed elements - a weak point that has a negative impact on service life - the new design strategy uses additive manufacturing to eliminate this vulnerability. The upper part is created layer by layer on the conventionally produced lower part, the preform, by applying powder in an additive process. Thanks to the design freedom offered by additive manufacturing, this part isn’t just lighter - geometrically optimized wall thicknesses also ensure optimum pressure application.

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