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Accurate enough to have become the default. Industry estimates suggest roughly 99% of custom hearing aid shells and earmolds are now produced with 3D printing, and additive manufacturing is rapidly becoming standard for prosthetic sockets as well. The accuracy numbers drive the adoption: modern SLA/DLP printers build custom-fit parts with layer heights of 25–50 µm,…

It turns a development cycle measured in months into one measured in days. In medical device development, the prototype is not a nice-to-have: it is the object that lets engineers, clinicians and regulators agree on what the device actually is. 3D printing attacks the biggest cost in that process — iteration time. A part that…

Aerospace, medical and dental, automotive and industrial spare parts — but each wins for a different reason. On-demand manufacturing (ODM) means producing parts only when and in the quantity they are needed, usually with additive manufacturing, CNC machining or sheet fabrication driven by digital files rather than dedicated tooling. It is not a general-purpose substitute…

Yes — and it has left the research lab behind. Additive manufacturing (AM) is now an established production method for orthopedic implants. Since the first U.S. regulatory clearances in the early 2010s, the FDA has cleared well over one hundred 3D-printed medical devices, and manufacturers such as Stryker, Zimmer Biomet and LimaCorporate routinely ship titanium…

Yes — patient-specific surgical guides are one of the most proven clinical applications of 3D printing, and in 2026 they are standard of care for guided implant placement and increasingly common in orthopedic, spinal, and craniomaxillofacial (CMF) surgery. A surgical guide is a custom, patient-matched template that fits on the teeth or bone and physically…

The short answer: a patient-specific 3D printed dental implant — the titanium or alloy body that replaces a tooth root — typically costs substantially more than a standard off-the-shelf implant, but the printed product can be worth it when the patient’s bone anatomy is unusual. In the U.S., the all-in patient cost for a dental…

3D printing is no longer an experiment in dental labs — it is the production backbone. By 2026, a majority of full-service North American dental labs run digital workflows built around 3D printing for clear aligners, crowns and bridges, surgical guides, denture bases, and study models. The technology has moved from “try it on one…