TRUMPF becomes one-stop supplier for industrial 3D printing of metal parts
New 3D printers to be presented at formnext in November – Focus on industrialization considering the whole process chain – Solutions for external powder and parts management – Breadth of technology with LMF and LMD solutions
Laser manufacturer TRUMPF continues to build its product and technology portfolio for the additive manufacturing of metal parts. The company will be showcasing new 3D printers and one-stop solutions for a comprehensive system of industrial manufacturing using additive technologies at the formnext trade fair in Frankfurt, November 15-18, 2016. Here, TRUMPF continues to pursue breadth: with expertise in both Laser Metal Fusion (LMF) and Laser Metal Deposition (LMD), the Ditzingen-based company is the only manufacturer worldwide to have mastered both relevant technologies for industrial 3D printing. As a result, it can select the best solution according to the application and the component for a variety of sectors. While LMF solutions manufacture complete parts layer by layer in a powder bed, in the case of LMD the laser forms a melt pool on the surface of a component and fuses the powder – applied simultaneously and coaxially – so as to create the desired shape.
“Since we launched our new LMF and LMD solutions at the end of 2015, we have been seeing a significant upwards trend as well as interest from all areas of industry,” says Peter Leibinger, Head of TRUMPF Laser- und Systemtechnik GmbH. “More and more customers are using additive technologies not just to manufacture prototypes, but in full-scale production as well,” says Leibinger. This extends all the way from the tool and mold-making industries, through automotive and aerospace applications, all the way to dental and supplier solutions.
New 3D printer with LMF technology
One of the key product highlights in Frankfurt will be the new TruPrint 3000. The new system comes with a 500 watt laser and can manufacture components of up to 400 millimeters in height and 300 millimeters in diameter. It works on the basis of an industrial exchangeable cylinder, which allows for parallel setup and post-processing and guarantees a high level of machine availability. “With the TruPrint 3000, we are shifting the focus onto the industrialization of additive manufacturing based on the whole process chain. That means that we consider not only the manufacturing technology itself, but also – and this is quite in the spirit of Industry 4.0 – the work steps that precede and follow it,” says Leibinger. The process chain begins with the preparation of data for the manufacturing task, continuing on via the machine and the whole manufacturing process, including monitoring to finish with an industrial system periphery for smart parts and powder management. Thanks to consistently reproducible powder and part quality, the TruPrint 3000 is ideally equipped for series production.
Technological breadth with LMF and LMD solutions
One year after the successful market launch of the TruPrint 1000, TRUMPF will also be showcasing new industrial application scenarios for this solution at the formnext trade fair. The TruPrint 1000 is a compact and universally deployable LMF system that can cost effectively manufacture fist-sized components of up to 100 millimeters in height and 100 millimeters in diameter. The technology portfolio is rounded off with the LMD solution TruLaser Cell 3000. This machine is capable of generating just about any sandwich structure you care to imagine – at a rate of up to 500 cubic centimeters per hour. What about restrictions on the combination of materials? Next to none! By drawing on LMD technology, TRUMPF is addressing not only additive manufacturing, but joining technology, the manufacture of coating systems, and all sort of repair techniques as well. TRUMPF has also prepared a little glimpse into the future. “We want to make further improvements in the productivity of our additive manufacturing solutions – and are currently working on new, innovative machine concepts,” says Leibinger of the next generation.
