Specialty care
Technology & fabrication
RevoFit and Infinite Socket programs, 3D printing, and microprocessor components, the newest options, available now.
What's involved
What care here looks like.
We run dedicated trial clinics so you can try the newest technology on your own body and choose what genuinely works, instead of being told to wait.
- RevoFit and Infinite Socket adjustable programs for real, dial-in comfort.
- In-house 3D printing and fabrication for faster, more precise devices. 3D-printed prosthetics and sockets →
- Microprocessor knees and ankles, and the latest myoelectric components. Microprocessor knees: how they work and who they’re for →
- Neuro technology including C-Brace and MyoPro.
Who it's for
People we help most.
- Patients who've been told the advanced option 'isn't available yet.' Osseointegration: a prosthesis without a socket →
- Wearers curious whether newer components would change their day.
- Referrers looking for a partner with current technology on hand.
Why Quantum
Care that earns the comparison.
- A free consultation, always, no referral needed to talk.
- Comfort-first sockets and fittings: we treat comfort as the whole point, not a luxury.
- The newest technology, available now, through our dedicated trial clinics.
- Six clinics across Illinois, Indiana, and Nevada, with a team that stays beside you after the fitting.
Next step
Talk it through, free.
A consultation costs nothing and answers most questions in one visit, coverage included. No referral needed.
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FAQ
Frequently asked questions.
What technology do you use to make devices?
3D scanning, CAD design, and in-house fabrication, paired with modern componentry: microprocessor knees, myoelectric hands, and adjustable sockets such as RevoFit.
What is an adjustable socket?
A socket, for example RevoFit, that lets you dial in the fit as your limb volume changes through the day, improving comfort and suspension.
Do you do repairs and adjustments?
Yes. Because we fabricate in-house, repairs, adjustments, and replacements are typically faster than sending work out.
How does 3D scanning improve fit?
It captures precise limb geometry for a more accurate, repeatable fit than hand casting alone, and keeps a digital record for future devices.