3D printing in the automotive industry
With our 3D printer for automotive parts, you can go from concept car to finished vehicle 20 times faster! In the highly competitive automotive industry, the only way to gain a market advantage is through more innovation. This requires faster design iterations in order to develop new products. Automotive designers and production engineers
Then Xip Pro 3D printer technology can help!
Our 3D printer for car parts shortens time to market, reduces costs and increases innovation through same-day prototyping and next-day production! With our technology, you have the entire product life cycle and supply chain in your hands and benefit from it:
- Shortened product development cycles
- Lower total costs for research and development
- Shorter production lead times
- Flexible production on a large scale
- No tool costs
- Just-in-time prototypes and production parts
Increase your R&D and manufacturing productivity by a factor of 20!
Our 3D printing for automotive parts enables greater control over the entire product development and manufacturing process and the ability to quickly switch to iterations. It increases productivity by a factor of 20 and fundamentally simplifies the 3D printing process, leading to the following results:
- Higher productivity
- Faster reactions to market changes
- Better control of processes
- Digitized inventory
- Seamless transition from prototyping to production – with the same printer!
Shortening the development time
In addition to rapid prototyping, our 3D printer for car parts enables true design optimization by reducing the development time for prototypes by a factor of 6. Larger prototypes can be realized with a 2.5 times larger build volume, and product development can move from prototyping to small batch production – all with the same printer!
Our circular economy design principles ensure a better balance!
Our 3D printer for car parts utilizes circular economy principles at every stage of the design and delivery process by consistently measuring and improving what matters:
- Minimization of process waste
- Reduction in energy consumption per part
- Working with our customers to reduce their overall carbon footprint
- Enabling the production of parts locally and on demand to reduce the carbon footprint
- Optimization of parts with regard to lightweight construction, part combination and reduction of energy consumption per part using our Digital Twin software
