From prototypes and replacement parts to custom brackets, interior components, jigs, fixtures, and low-volume production, LNL 3D Solutions helps automotive businesses turn ideas, broken parts, and custom requirements into real components.
Automotive projects often begin with a problem: a discontinued component, a broken plastic part, a new product idea, a custom modification, or the need to test a design before production.
LNL 3D Solutions combines 3D printing, CAD design, reverse engineering, 3D scanning, material selection, and low-volume manufacturing to help automotive customers develop practical solutions.
Recreate discontinued, unavailable, damaged, or difficult-to-source plastic automotive components.
Design custom brackets, mounts, adapters, housings, covers, and specialized vehicle components.
Recreate existing components using measurements, CAD modeling, 3D scanning, and iterative prototyping.
Produce small batches of custom automotive components without traditional high-cost tooling.
Explore some of the most common ways automotive businesses, restoration shops, engineers, fabricators, and vehicle owners use 3D printing.
Test fit, geometry, assembly, appearance, and functionality before investing in production tooling.
Recreate broken or unavailable components when original replacement parts are difficult or impossible to source.
Create custom tools that improve assembly, positioning, inspection, drilling, and repeatable production processes.
Develop custom interior parts for restoration, modification, specialty vehicles, and personalized builds.
Prototype custom ducts, housings, adapters, mounts, and development components for testing.
Produce small batches of specialized parts without the upfront cost of traditional production tooling.
Automotive projects have different requirements for strength, detail, heat resistance, appearance, flexibility, and quantity. We help select the appropriate manufacturing process.
Ideal for prototypes, fixtures, brackets, housings, ducts, and larger automotive components.
PLA · PETG · ABS · ASA · TPUExcellent for small detailed prototypes, presentation models, master patterns, and precision components.
Standard · Tough · Clear · High-Temp ResinExcellent for complex functional parts, clips, brackets, housings, and engineering components.
PA12 · PA11 · Engineering NylonWell suited for repeatable functional components and low-volume automotive production.
PA12 · Production NylonSilicone molding and urethane casting can produce soft parts or small batches with a molded appearance.
Silicone · UrethaneGood for exterior prototypes and parts exposed to sunlight.
A traditional engineering plastic for functional components.
A practical choice for many functional prototypes and shop tools.
Useful for flexible components, bumpers, grips, and protective parts.
Strong option for complex functional and production components.
Best for precision prototypes and detailed presentation models.
Send us your CAD file, drawing, photo, sample part, or description of the problem.
We review the geometry and create or modify the 3D model when needed.
Produce an initial part for fit, appearance, assembly, or functional evaluation.
After approval, produce the final component or required low-volume quantity.
We work with businesses and individuals who need practical solutions that may not be available through traditional parts suppliers.
Send us your CAD file, photo, drawing, or physical sample. Our team can help determine the best design, material, and manufacturing process for your automotive application.
Request an Automotive Project Quote →