A next-generation ankle-foot orthosis (AFO), custom 3D printed to match every foot and gait. Built to reduce pain, improve stability, and help patients move with confidence.
They’re heavy, uncomfortable, and often restrict natural motion and balance.
We built something better—a lightweight, custom 3D-printed AFO that moves dynamically with you, delivering stability, energy return, and natural freedom without immobilization.
A balance brace so discreet it feels invisible, yet powerful enough to return energy, improve stability, enhance control, and reduce the risk of falls.
Because mobility isn’t about compromise, it’s about comfort, confidence, and freedom.
This is a Patent-pending Product of PROTECT3D That is Created Using PROTECT3D’s Patented Custom Bracing Technology
I don’t have to worry about being in pain anymore.
Mark, AFO Heavy Patient
A 62-year-old former athlete, struggling with post-traumatic ankle arthritis, likely nearing surgical intervention.
The AFO was designed to provide tri-planar control of his ankle and foot and a “bounce” during the toe-off phase of his gait cycle.
FAAM ADL score increased from 15 to 54 after 3 months of wearing the AFO. Pain reduction from 7/10 to 3/10 over the same time span.
7/10 → 3/10
15 → 54
College soccer player with post-surgical foot drop
The PROTECT3D AFO was designed to fit in soccer cleats, support dorsiflexion and facilitate a natural gait pattern
Allowed him to progress through rehabilitation all the way to competing in gameplay running full speed and changing direction laterally.
The PROTECT3D AFO is really comfortable and doesn’t feel like I’m wearing anything at all.
Sebi ― AFO Standard Patient
Click for an interactive 3D digital rendering of the PROTECT3D AFO
74-year-old female with PTTD, severe hindfoot pain, and numbness.
The PROTECT3D AFO was built off of her semi-weight bearing scan and was designed to provide comfortable arch support, reduce stress through her arch by preventing further collapse, and provide energy return with each step.
Delivered significant pain relief and noticeable gait improvement, allowing her to walk with greater comfort and confidence.
I just wanted to say thank you. This brace is nothing short of a miracle. It truly is life changing for me at this point.
Elizabeth V, AFO Heavy Patient
Instead of outdated plaster casting, you can capture an iPhone® scan in minutes and deliver a fully custom, patient-specific brace in about a week.
The result is streamlined workflow for your team, faster turnaround for patients, and outcomes that boost your practice as a leader in modern orthopedics.
This is a Patent-pending Product of PROTECT3D That is Created Using PROTECT3D’s Patented Custom Bracing Technology
PROTECT3D Ankle-Foot Orthosis (AFO) isn’t one-size-fits-all. It’s a lightweight, low-profile, custom 3D-printed balance brace designed to reduce falls, support the gait cycle dynamically, and restore comfort, stability, and freedom in every step.
Supports natural gait mechanics, improves dorsiflexion, and helps patients walk with stability.
Reduces pain, restores mobility, and delays or avoids the need for surgical intervention.
Provides dynamic arch support that reduces stress and pain, restoring comfort and confidence for PTTD patients.
Engineered to fit into cleats or athletic footwear, it enables performance without compromise.
A modern, comfortable replacement for bulky traditional braces that disrupt daily life.
Are you a patient looking for increased support? Reach out to find a provider or one of our distributor partners near you.
PROTECT3D has developed a patient-specific ankle-foot orthosis (AFO) engineered to provide tri-planar stabilization of the ankle complex while facilitating a unique dynamic energy-response through the gait cycle. By leveraging proprietary digital design algorithms and advanced additive manufacturing, the device offers a sophisticated therapeutic option for the treatment of multiple foot and ankle pathologies.
Preliminary investigations conducted in collaboration with the High Point University (HPU) Biomechanics Research Lab have shown the PROTECT3D AFO to reduce ankle work by up to 30% during the push-off phase of gait. Furthermore, targeted case series have demonstrated clinically meaningful improvements in patient-reported pain levels (VAS) and functional mobility (FAAM-ADL) in patients with ankle arthritis, PTTD, and neuromuscular drop foot.
The clinical efficacy of the orthosis is derived from the synergy of anatomical alignment and material science. Utilizing high-performance 3D-printed materials, the design features variable thickness along the dual struts and footplate to provide a “bounce” or spring-assist mechanism that recaptures potential energy during toe-off.
The product is engineered to provide functional support during motion rather than global immobilization of the joint, distinguishing the PROTECT3D AFO from traditional, restrictive bracing solutions.
A provider evaluates the need and prescribes a custom PROTECT3D AFO.
A quick and accurate 3D scan captures detailed foot and ankle data.
PROTECT3D designs and manufactures a fully custom AFO using advanced 3D printing.
The custom brace is delivered in as little as one week for a precise fit.
Generic, one-size-fits-all fit often leads to a poor user experience.
Fully Custom: Precisely made for you, based on a 3D scan for a perfect, anatomical fit.
Bulky, heavy, and can cause skin irritation, especially with long-term wear.
Slim, Lightweight, & Breathable: Engineered to be discreet and comfortable for all-day use.
Low patient compliance, as the brace is often uncomfortable and difficult to wear.
High Patient Compliance: So comfortable and discreet, patients are more likely to wear it consistently.
Either immediate with a poor fit, or a custom brace can take weeks—even months—from consultation to delivery.
5–7 Days: Our streamlined process delivers a truly custom-fit brace in as little as a week from your scan.
Bulky design often forces you to go up a shoe size, limiting comfort and style.
Fits Most Footwear: The slim, low-profile design fits in your existing sneakers without going up a size.
I’ve been prescribing PROTECT3D bracing for 2 years and the results have been life-changing for my patients.
Foot & Ankle Surgeon, Orthocarolina
An ankle-foot orthosis (AFO) is a medical device designed to support and stabilize the ankle and foot. It is commonly used to help with conditions like foot drop, arthritis, or stroke recovery, as it improves walking and reduces pain.
Our 3D printed AFOs are custom-made to your unique anatomy using a precise 3D scan. Traditional braces are made from generic molds, which can be bulky and uncomfortable. Our process results in a lightweight AFO brace that is more comfortable and designed for a superior fit.
Yes, absolutely. Our PROTECT3D AFO is a specially designed AFO for foot drop. It provides the support to lift the front of your foot, making walking easier and reducing the risk of tripping. The custom fit ensures it works in harmony with your natural gait.
The PROTECT3D AFO is built for arthritis and joint instability. Unlike rigid braces that immobilize, it provides dynamic support with tri-planar control, energy return, and pain relief—keeping you steady and moving comfortably every day.
Yes. Our lightweight AFO brace is made from advanced, durable 3D materials. It’s built to withstand the demands of an active lifestyle, including sports and daily activities. Its slim design also allows it to fit comfortably in athletic shoes and cleats, so you can stay active without compromise.
Thanks to 3D printing technology, our process is much faster than traditional methods. Once we receive your 3D scan, we can quickly design and print your custom AFO brace, getting it to you faster so you can get back to your life.
The PROTECT3D™ AFO are designed for comfort, performance, and real results. They help patients move with confidence while giving providers the tools to deliver advanced, custom orthotic care.
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