Automotive 3D Printing & Design

From concept cars to custom parts, our services are designed to support the automotive industry. We offer rapid prototyping and low-volume production, helping automotive companies innovate faster and stay ahead of the competition.

Key Benefits In The Automotive Industry

3D printing allows automotive designers the freedom to quickly create prototypes of physical parts or assemblies, ranging from simple brackets and basic components to complete large scale recreations of complex parts. Rapid prototyping provides companies with the ability to turn ideas into convincing proofs of concept, which can then be advanced to high-fidelity prototypes that closely match the final product, allowing for a series of validation stages leading to mass production.

Customised And Aftermarket Parts

Thanks to 3D printing, automotive parts have become more accessible, providing companies with significant time and cost savings. This technology also grants the freedom to innovate and develop countless customization options benefiting aftermarket solutions for your bespoke needs. 

3D printing automotive parts has revolutionized the reproduction of aftermarket components, offering manufacturers unmatched customisation, precision and efficiency. By incorporating 3D printing, companies can quickly and seamlessly integrate complex parts into various configurations until the optimal design is ready for production

Tooling And Manufacturing Aids

Engineers can utilise the benefits of 3D-printing to create manufacturing aids to streamline and enhance the reliability of manufacturing and assembly processes, cutting cycle times and boosting worker safety. These manufacturing aids such as Jigs, Fixtures, Carriers and Gauges are traditionally produced in machine shops using time consuming and costly CNC manufacturing methods. Automotive factories and parts suppliers can implement thousands of custom jigs and fixtures, each specifically tailored and optimized for its intended use at a fraction of the costs associated with traditional manufacturing methods while achieving a significant time saving.