Anatomical models
High-detail SLA for teaching, planning, and device fit. Clear or dyed as needed.
Industries
3D Printing in Medical Field
We can meet your needs for customized prosthetics, implants, surgical tools, and anatomical models, offering dedicated 3D printing solutions for the medical industry. 3D printing makes biocompatible and customized medical devices and implants for patients and researchers. Our goal is to provide cost-effective manufacturing solutions for the medical field.
Device and lab teams use AIHFABS for anatomical models, fixtures, and enclosure prototypes. SLA handles detail. SLS and MJF handle housings. We do not sell implants or sterile clinical devices from this page.
- Surgical Instruments
- Custom Prosthetics
- Implants
- Organ Models
- Hearing Aids
- Orthodontic Appliances
- Custom Surgical Guides
- Microfluidic Devices
What medical teams send us
Most files are teaching models, design-verification housings, or jigs that sit next to a procedure — not inside a body. Detail and a clean surface matter. So does a clear statement that this is not an implant order.
If you need biocompatible claims, say the standard on the quote. We will tell you which resins we can run and which claims you still have to carry.
Typical medical parts
Models and housings we print every week. Implants we do not list here.
Jigs and fixtures
Nylon or resin nests for assembly, inspection, or lab work.
Device housings
MJF or SLS enclosures for handhelds and instruments in development.
Form studies
Ergonomic shapes that change every review, printed without a tool.
From prototype development to production support
Plan each stage around the part’s function, material and inspection requirements—from the first design review to a repeatable batch.
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State the use
Teaching model, lab fixture, or device housing. We will stop a file that looks like an implant.
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Pick resin or nylon
SLA for anatomy and faces. SLS/MJF for housings and jigs.
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Finish for handling
Smooth, dye, or leave technical. Sterile packaging is not a default.
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Document the lot
Process and material sit on the quote for your design history file.
Manufacturing capabilities and material options
Match the process, material and finish to the part’s geometry and operating conditions. Share your requirements so the quotation can include the necessary secondary operations.
Recommended Capabilities
- Selective Laser Melting
- Stereolithography
- Selective Laser Sintering
- Customizable Solutions
Recommended Materials
- Titanium Ti₆Al₄V
- 316L Stainless Steel
- Nylon PA 11
- Nylon PA 6 GF
3D Plus™ Hardware Solution
Our 3D Plus™ hardware solution offers comprehensive and accessible post-processing services. We offer more than 20 post-processing options for as-printed parts. For post-processing of 3D printed aerospace parts, we have tumbling, polishing, electroplating, sandblasting, bead blasting, tapping, threading, and more!
Discover 3D Plus™ Hardware Solution3D Plus™ Software Solution
Our dedicated 3D Plus™ software solution is designed to streamline the 3D printing and post-processing ordering process. It simplifies your workflow by allowing you to select materials, choose post-processing options, receive instant price calculations, and collaborate with your team, all in one user-friendly platform.
Discover 3D Plus™ Software SolutionMaterials that show up on medical quotes
Standard and tough resins for models. PA12 for housings. Ask before claiming biocompatibility.
SLA resins
Detail and clear grades for models.
SLS / MJF nylons
PA12 housings and fixtures.
CNC plastics
Machined plates when a print is the wrong first cut.
Design, material and inspection considerations
Anatomical and planning demonstration models
Provide the intended non-clinical use, model scale and features that must remain visible. Separate rigid anatomy from flexible demonstration elements, and specify whether the model needs sectioning, color separation or a removable assembly.
Device enclosures and instrument development
Prototype handles, covers and fixtures can support ergonomic, assembly and bench evaluation. Identify cleaning exposure, mating interfaces and repeated-use conditions; demonstration materials should not be assumed suitable for patient contact.
Validation and controlled documentation
State contact type, sterilization method and applicable documentation needs before material selection. Biocompatibility, sterilization compatibility and device approval require product-specific validation and cannot be inferred from a manufacturing process.
Related success stories
Jobs from the same shop. Industry tags are a hint, not a filter that hides the rest of the floor.
Medical FAQ
Do you print implants?
No. This page is models, jigs, and device housings. Implant production is out of scope.
Can parts be sterilized?
Only if the material and finish you choose allow it. Say the method. We will not imply a sterile clinical device.
Will you sign a quality agreement?
Commercial terms go through the quote and your purchasing pack. Process and material are recorded on the order.
Other industries
Calculate 3D Printing Costs for Medical Devices and Implants
Upload the file and label the use. We will price resin, nylon, and CNC — and refuse implant-shaped orders.
