Solidator 3D Printer - Application - Automotive
The use of 3D printing in automotive design has undergone an impressive revolution in recent years. While many focus on exterior modifications and aerodynamic improvements, 3D printing has also brought the interior of vehicles into focus. This innovative technology allows interior components to be designed more efficiently and individually, making vehicles not only more functional but also more aesthetically pleasing.
Tailor-made comfort solutions
3D printing enables the production of customised components that greatly enhance the comfort and user experience in the vehicle interior. From customised armrests to handbrake grips to specially designed air vents, the possibilities are almost endless. This gives car manufacturers the flexibility to design interiors according to customers' wants and needs.
Individualised handbrake handle
With 3D printing, handbrake handles can be designed to fit perfectly in the driver's hand. This allows for customisation and significantly increases riding comfort. The ability to shape the grip according to the driver's preferences is a remarkable advance and demonstrates the flexibility that 3D printing offers in automotive engineering.
- Material name: Loctite IND403
- Printer name: Solidator 8K
- Dimensions per part : 152.7 x 46.5x 47.2 mm
- Resolution Z = 50 μm XY=43 μm
- Number of parts: 27
- Total printing time: 11 hours 59 minutes
- This results in the time per part: 26 minutes
Creative design and choice of materials
3D printing opens up design possibilities that are difficult to realise with conventional manufacturing methods. Manufacturers can design the handbrake handle in different shapes and styles to enhance the overall look of the vehicle interior. In addition, the choice of different materials allows the creation of handles with different surface textures and tactile feedback.
Weight reduction and efficiency
3D printing enables the production of lightweight, yet stable components. This leads to weight reduction in the vehicle. At the same time, 3D printed parts can be designed to maximise the functionality and aesthetics of the vehicle interior without compromising on safety.
Future prospects
The future of 3D printing in automotive engineering, especially in interior design, is promising. The technology will help make vehicles more comfortable and efficient. We can expect more and more vehicle interior components to be produced by 3D printing to further optimise the user experience. This shows how innovative technologies are driving automotive manufacturing.