The PRz Racing Team decided to use elements printed on a 3D printer when building their car. The task of Omni3D was to print an element that would be adapted to the requirements of racing cars. The gear mount is a geometrically complex printout for the student formula car.
The PRz Racing Team decided to use elements printed on a 3D printer for their project. The task of Omni3D was to print an element that would be adapted to the requirements of racing cars. The inlet manifold is an element exposed to vibrations, high temperatures of approx. 100°C and chemicals.
3D printing allows you to quickly check the accuracy of the dimensions before ordering an expensive form for the production of the tool. Thanks to the Omni3D printer, the customer could try out the designed tool and apply corrections before ordering the production of the final product.
The Volkswagen factory in Września has been successfully using 3D printing technology for several years now, creating parts and tools used in the production of the Crafter model. It is on the Factory 2.0 printer from Polish company Omni3D that elements of robots cooperating with humans are printed.
The possibilities offered by 3D printing technology have been used for a long time in the automotive industry and at every stage of production – from prototyping to the production of spare parts and final elements. The available materials allow us to print not only lightweight but also extremely durable elements.
A few years ago, the furniture industry discovered the benefits of 3D service. Designers and architects look for inspiration and opportunities to experiment with materials, structures and shapes in this technology. The presented designs confirm the potential of 3D printing in interior design i.e. original furniture, sophisticated lamps, personalized vases and other everyday equipment to satisfy every customer.
