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MEDICAL DEVICES

3D Printing for Medtech Engineering Teams

Device enclosures, anatomical reference models, and R&D prototypes.

3D printed anatomical reference model — medical device prototyping by TAKT 3D

CAPABILITIES

Medical Device Capabilities

From anatomical reference models to device housings, TAKT 3D supports medtech engineering teams through prototyping, iteration, and low-volume production.

Rapid Prototyping

Functional prototypes, anatomical reference models for education and visualization, and bench-top test parts. Validate designs faster with engineering-grade materials.

Low-Volume Production

Go from approved design to finished parts fast. Short-run production without the overhead of injection molding or CNC tooling.

On-Demand Production

No MOQs, no long lead times. Order the exact quantity you need, when you need it.

Custom Enclosures and Housings

Purpose-built enclosures for connected medical devices and diagnostic equipment. Precise fitment for PCBs, sensors, and displays.

MATERIALS

Common Materials

Engineering-grade materials for medical device enclosures, housings, and R&D prototypes.

PETGABSNylon-CFPH-HTTPU

TAKT 3D is not a registered medical device manufacturer. We serve medtech engineering and R&D teams with device enclosures, anatomical reference models, and prototype parts that do not contact patients. We do not produce patient-contacting devices, surgical guides, or Class II medical devices.

Medical 3D printing FAQ

What medical parts does TAKT 3D print?+
Device enclosures, diagnostic-equipment housings, sensor brackets, bench-top test fixtures, training aids, and anatomical reference models for engineering and visualization. We serve medtech engineering and R&D teams with non-patient-contacting hardware.
Is TAKT 3D a registered medical device manufacturer?+
No. We are not FDA-registered and do not produce patient-contacting devices, surgical guides, sterilizable implants, or Class II medical devices. We support medtech engineering teams with device enclosures, prototypes, and reference models.
Which materials do you use for medtech prototypes?+
PETG for transparent housings and early prototypes, ABS for impact-resistant enclosures, Nylon-CF for stiff structural brackets, PH-HT when elevated temperature resistance matters, and TPU for soft-durometer bumpers and gaskets. Material selection is part of DFM review on every quote.
How fast can you turn around a medtech R&D prototype?+
Standard turnaround is 3–5 business days. Expedited (3 days) adds 30%; rush (1–2 days) adds 60%. Small enclosures and brackets often ship inside 48 hours from our San Diego shop.
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