There's no standard part to reference. The fit has to match one specific patient, every time.
Unlike a manufactured part, there's no CAD file for a human body. Every capture starts from zero.
A prosthetic or orthotic that's close enough isn't good enough. Comfort and function depend on capturing the patient's exact geometry.
Slow modeling and manual measurement delay a device that a patient needs now, not weeks from now.
We support orthotists, prosthetists, surgical teams, and medical device manufacturers.
Every clinical workflow starts somewhere different, so we meet you there.
Clinical-grade scanners, modeling software, and hands on training tailored to your practice or lab.
From choosing the right scanner to building a repeatable patient-capture workflow, our specialists help you get it right.
Dedicated technical support so your patient scanning and modeling workflows stay accurate and reliable.
Capture a patient's exact anatomy to design a device that actually fits, not just one sized close.
Build surgical guides and anatomical models matched to one specific patient's geometry.
Validate a new device against real patient anatomy before it goes to production.
Digitize anatomical structures for study, training, or research documentation.
Looking for something specific? Let us know, and we’ll be happy to assist you.
It's used to capture patient-specific anatomy for custom prosthetics, orthotics, surgical guides, and medical device design.
It captures the exact shape of a patient's limb or anatomy, so the device is designed to that specific geometry instead of a standard size.
Yes. Both the light sources used, white LED and infrared VCSEL, are certified eye-safe (Class I), and scanning is non-contact, unlike traditional methods like plaster casting. This makes it a cleaner, more comfortable option, especially for children and elderly patients.
Accuracy depends on the scanner and the area being captured, but clinical-grade systems are built to meet the precision custom devices require, typically ranging from 0.1 mm to 0.4 mm.
Yes. A patient's scanned anatomy can be used to design a guide matched to their exact geometry for a specific procedure.
