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Black 3D printed automotive front fairing with integrated headlight bezel — an end-use automotive body part produced on the TAKT 3D print farm

AUTOMOTIVE

3D Printing for Automotive

Performance parts and prototypes for EV, autonomous, and traditional automotive.

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CAPABILITIES

Automotive Manufacturing Capabilities

From EV prototyping to bridge production, TAKT 3D delivers parts that perform under demanding automotive conditions.

Under-Hood Components

Heat-resistant brackets and housings engineered for the engine bay. Materials rated for continuous high-temperature exposure and chemical resistance.

EV Prototyping

Battery enclosures, connector housings, and lightweight brackets for electric vehicle development. Iterate quickly without tooling delays.

Heat-Resistant Materials

ASA, ABS, and PC rated for automotive operating temperatures. Materials validated for UV stability, chemical resistance, and mechanical performance.

Bridge Production

Low-volume production runs without tooling investment. Bridge the gap between prototype approval and injection mold readiness.

Black 3D printed automotive mounting bracket with molded part-number and material-identification markings, bridging injection-molded OEM parts on the TAKT 3D print farm

OEM BRIDGE PARTS

Molded part IDs. Real replacement geometry.

We produce bridge-volume replacement parts with the same molded part-number and material stamps as the OEM original — so inspectors, assemblers, and field technicians can read the part the way they always have while tooling is still being cut.

  • Mirror-match OEM markings: part number, recyclability codes, date stamps
  • Printed in PA6-CF30 or PAHT-CF for under-hood heat tolerance
  • Dimensioned off supplied drawings or reverse-engineered scans
  • Bridge production in days while injection tooling runs

MATERIALS

Common Materials

Heat-resistant and high-strength materials engineered for automotive environments.

ASAABSPA6-CFPCPAHT-CF

Automotive 3D printing FAQ

What automotive parts does TAKT 3D print?+
Jigs and assembly fixtures, functional prototypes, interior-facing trim, under-hood brackets, battery enclosures, and short-run replacement parts. Typical customers are EV and performance-vehicle engineering teams iterating on designs before tooling.
Which materials handle engine-bay heat?+
ASA holds up to UV and temperature on exterior trim; ABS works for interior cabin parts; PC when impact and heat matter together; PA6-CF30 for structural brackets that see elevated temperature with load. Material selection is part of the DFM review on every quote.
Can you do low-volume bridge production between prototype and injection mold?+
Yes — bridge production (50–5,000 parts) is one of our most common automotive workflows. No tooling cost, no MOQ, and you can ship revisions mid-run. We have customers who have run the same bracket for over a year on FDM before committing to a mold.
How fast is turnaround on jigs and fixtures?+
Standard turnaround is 3–5 business days. Expedited (3 days) adds 30%; rush (1–2 days) adds 60%. Most single jigs ship within 48 hours from our San Diego shop.
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