Laser sintering technology enables medical technology designers to print plastic objects for feasibility studies within a very short time. The functional prototypes largely have the same properties as injection-moulded parts. EEM AG goes one step further: It manages a balancing act between the production of prototypes and small series.
The HTL Dornbirn places importance on modern additive manufacturing methods not only in terms of understanding but also of applying. In order that the students are ready for their career start and technologically up to date, the Austrian vocational school uses Sintratec technology.
The Hybrid Materials Laboratory at the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) is developing new composite materials. In addition to a wide range of production and analytical equipment, the Ticino researchers also make use of a Sintratec Kit.
In the past, producing ingenious robotic grippers involved a great deal of effort. But now, the laser sintering process perfected by Sintratec has suddenly opened the door to completely new solutions and previously undreamed-of possibilities. SLS technology allows the creation of complex objects with an almost unlimited variety of shapes.
3D printed formwork enables quick production of complex concrete elements for architecture, engineering and construction.
How the BigRep ONE has enhanced furniture design processes at Steelcase
By applying 3D printing in their advanced manufacturing of off-road vehicle, light railcar and aerospace products Kawasaki has realized some astounding cost and time savings. Kawasaki has managed to print over 100 parts in just six months, creating operational savings that show a return on their investment in this short time.
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