From Sintratec: Morad, a leading distributor of aluminum and glass systems, is one of the first companies in Poland to implement the Sintratec S2 into their production. The modular SLS system is used to develop new products for the construction industry and to respond quickly to unconventional customer needs.
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.
Radiate Engineering & Design GmbH, a start-up, is a composites development service provider that helps companies from the medical technology, sports and leisure, and aviation industries to optimize their value creation and supply chains. The service focuses on the development and implementation of market-ready disruptive solutions in the field of fiber composites.
In the past, producing ingenious 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 – objects that can also withstand mechanical stress and which are stable over the long term.
In an interdisciplinary course the team around mechanical engineering student Eric Hayoz developed a multifunctional tap attachment. To be able to construct the prototype in a timely manner, the students also made use of the SLS technology.
Luca Dalbosco is just 16 years old but as a diligent tinkerer he already uses 3D printing for his models. Within a few weeks he has built a fully functional speedboat drive from SLS (“Selective Laser Sintering”) parts and is successfully navigating Swiss waters with it.
He sets chairs, tables and chandeliers in motion. Robotics, design and architecture are closely interwoven in his prototypes, studies and products. Stephan Henrich uses additive manufacturing as a pioneering design tool for furniture, objects and installations.
Sintratec service technician Dario is a passionate mountain bike rider. To optimize his bicycle, he redesigned various components and 3D printed them on the Sintratec S2 system. Once assembled, the parts were successfully put to the test on a downhill trail.
One of the calls from the advanced manufacturing industry is to embrace 3D printing, and its opportunity to reduce waste, so we wanted to take a look and see where the industry is headed. The answer is….
As part of the student association for space, the team of project EULER is building the first supersonic rocket of Switzerland. For their construction, the students also make use of 3D printing technologies such as Selective Laser Sintering (SLS).
The Faculty of Pharmacy of the University of Belgrade is home to the first and only 3D laboratory of its kind in Serbia. In the so called “Pharm3D” lab the pharmacists investigate 3D printing of pharmaceuticals with the help of a Sintratec Kit.