Rapid Design Iteration, Spare Parts, Swift Production
Leveraging on 3D Printing technology, engineers can quickly create functional prototypes of various designs.
These prototypes can then be tested for various structural, functional, and material properties. Based on the results, modifications to the designs can be made.
3D printing has significantly reduced the time to create prototypes of automotive parts, enabling a rapid iterative design process.
Stocking the right amount of spares has become a major cost component for manufacturers. And, the life cycle of automotive parts is shortened as a result of a shorter time-to-market strategy.
With 3D printing, automotive parts manufacturers can maintain a digital repository of all spare parts and print them as and when required.
Manufacturers can now offer products support for a longer period of time thus increase the product life cycle.
Increasing use of 3D printing solutions in automotive parts is taking place to expedite production lead time for complex parts and parts that are required in niche quantities.
Time and cost savings from tooling is another significant advantage for manufacturers and some of them have started to 3D print parts such as chassis directly.
Different thermoplastic 3D printing materials have unique properties, including transparency, biocompatibility, FST certification, chemical resistance, heat resistance, and strength. These properties make the task of material selection quite simple.
The FUNMAT series of 3D printers use Fused Filament Fabrication (FFF) technology. FFF is one of the most widely used 3D printing processes, using industrial-grade thermoplastic materials to make durable and dimensionally stable parts. The FUNMAT series of industrial-grade 3D printers support open material selection and can support more than 20 kinds of 3D printing materials. It is an intelligent multi-material integrated 3D printing solution.