Customer Story: ACULP
See how ACULP replaced outdated lamination with scanning, CAD, and HP MJF to deliver faster, lighter, and more personalized prosthetics.
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Preview how ACULP transitioned from labor-intensive lamination to a digital workflow built for speed, repeatability, and personalization.
See how they did it →Why traditional lamination became unsustainable for modern prosthetics production.
How scanning, CAD, and HP MJF changed the workflow from end to end.
How a modular design approach improved comfort, wear time, and usability.
What clinics need to modernize and stay competitive in a changing industry.

Story Highlight
From 2 hours a day to 10+ hours without fatigueSee how a digitally designed, modular prosthetic setup created a dramatically better patient experience.
For members of the Pedorthic Association of Canada, the priority is always the patient. However, traditional manufacturing can be labour-intensive and limit the complexity of your designs.
GoEngineer provides an end-to-end digital ecosystem specifically designed to help O&P professionals break through these barriers. By integrating tools like high-precision 3D scanning and 3D printing, we help you transition from messy plaster casts to digital precision.
Discover how University of New Brunswick's ACULP is utilizing HP MJF technology to redefine what's possible in orthotics and prosthetics.
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How GoEngineer bridges the gap between traditional craftmanship and modern efficiency.