SLA stereo light-curing 3D printing is mainly used in the automotive industry in the areas of appearance design, structural verification, complex prototypes, and casting. The upstream enterprises involved include OEMs, auto parts factories, etc. The main processing features are: high precision, which can meet the requirements of industrial end product assembly verification; good surface finish effect, reducing post-processing complications; fast processing speed.
- Rapid Prototyping
- Composite Tooling
- Manufacturing Tooling
- Jigs and Fixtures
- Production Parts
- Injection Molding
With the gradual diversification of the properties of photosensitive resins for photocurable molding materials, the applications are becoming wider and wider.
The resin has PP-like properties, and its flexibility is strong, so it can print fasteners with high assembly requirements: ceramic-like materials with a high-temperature resistance of 200 degrees and high hardness and acrylic-like materials with high transparency, which can be used for trial production and verification of automotive lights.
- Prototype, test and produce all manner of tools, jigs, fixtures and car-ready parts with unprecedented speed
- Avoid scrap and retooling by testing injection moulds and other tools before machining them, maximising production-floor efficiency
- Unleash the creativity of your designers and manufacturers with solutions that bring ideas to life, free from the usual time or financial constraints
- Customise repairs, restorations and accessories with 3D-printed materials
In automotive manufacturing plants, 3D printing lowers tooling costs – with better designed, lighter tools reaching the line significantly faster. OEM’s and suppliers are investing in additive manufacturing to reduce cost, increase quality and most importantly, save time.