Prototype manufacturing using modern technologies
We are able to manufacture prototypes using both additive manufacturing technology thanks to our rack of 3D printers and machining with our own CNC milling machine. We also have a laser scanner, and for large-scale projects, we utilize photogrammetry technology via drone.
Advantages of the prototype workshop
Variability
We build with wood, plastic, we print, we mill – we always find a solution.
Scalability
Models measuring several meters are no problem for us either.
Awarded technology
Our model for the slalom course for the 2016 Rio Olympics was awarded the IOC Sport and Innovation Award.
3D printing
For small and serial projects, we have six Prusa MK3S printers available; for larger ones, we use the professional Factory 2.0 3D printer with a print area of 500 x 500 mm.
CNC milling
Our 3-axis NC milling machine can mill foam and plastic boards up to 2.5 x 3.5 meters in size.
Laser scanning
For reverse engineering purposes and obtaining 3D models, we use the industrial handheld 3D scanner EinScan Pro 2X.
Photogrammetry
For larger-scale projects, we can convert them into 3D models using drone-based photogrammetry technology. These models can then be imported into CAD software or printed using 3D printing technology.
Augmented reality
We convert outputs, such as mathematical models, into augmented reality using Hololens 2 glasses for an immersive user experience.
Selected references
Contact us
Prof. Ing. Jaroslav Pollert, Ph.D
Expert in physical modeling and additive technologies.
In 2016, he received the IOC Sport and Innovation Award for constructing white water course for the Rio Olympics.
Ing. Ondřej Švanda, Ph.D.
Expert in virtual prototyping and numerical simulations.
Actively involved in the digitalization of industry.