PolyUnity accelerates medical 3D printing in Canadian hospitals

Published on June 02, 2026 | Translated from Spanish

PolyUnity has launched a digital platform that allows Canadian hospitals to design and manufacture custom medical parts with 3D printing in one or two days, complying with all health regulations. For patients, this translates into faster and more affordable custom devices, eliminating dependence on external suppliers. The initiative aims to make hospital 3D printing a practical and accessible tool for daily care.

Photorealistic cinematic scene of a hospital room where a surgeon holds a custom 3D-printed medical implant while a digital monitor displays a rotating CAD model of the same part, a desktop 3D printer in the background finishing a white polymer component, surgical tools and a tablet showing PolyUnity interface on the bedside table, soft clinical lighting with blue accent glow from the screen, ultra-detailed plastic layer lines visible on the printed piece, clean modern hospital environment, technical medical visualization emphasizing rapid prototyping workflow, action of design-to-print process demonstrated in one frame

How digital manufacturing works in the clinical setting 🏥

PolyUnity's platform integrates a catalog of parametric designs that doctors can adjust according to patient needs, from splints to surgical guides. Once approved, the file is sent directly to 3D printers located within the hospital itself, using biocompatible materials. The entire process, from patient scanning to the final part, is carried out in controlled facilities, ensuring sterility and compliance with Health Canada regulations.

Goodbye to waiting weeks for a splint that doesn't fit 🖨️

Now, instead of waiting three weeks for a generic splint that seems designed for a mannequin, the hospital can print a custom one in a couple of days. And best of all: if the patient loses the part, there's no need to call a supplier in another time zone. Just reprint it, like a document from your home printer, but with fewer paper jams and more surgical precision.