Ankle Foot Orthotics

At PTI Orthotic Lab, we proudly offer a discount to veterans, law enforcement, and first responders because we deeply appreciate their service, sacrifices, and commitment to protecting our country and communities.

PTI Orthotic Lab offers a free evaluation with gait analysis so people can understand how their feet, posture, and movement patterns affect their comfort before committing to any orthotics. No pressure.

Follow up visits are free and can help determine progress and effectiveness. 

Adjustments are crucial and ensure that your custom orthotics remain an effective tool in addressing your foot health needs. If you are having issues let us know.

PTI Orthotics offers special discounts when you purchase additional pairs, making it easier to stock up on the support you need. Each extra pair comes at a reduced price so you can enjoy comfort and value at the same time.

Six and 12 month deferred interest financing are available. If the balance is paid off in the determined time there is no interest applied.

Demonstrates a professionals mastery of knowledge and skills assuring the public of their expertise and commitment to quality care.

Requiring a board‑certified pedorthist to complete continuing education ensures they stay current with the latest clinical practices, materials, and technologies that directly impact patient outcomes. It also reinforces professional accountability, helping maintain high standards of care and consistent expertise across the field.

Hand‑crafted custom foot orthotics are shaped precisely to your unique anatomy, giving you more accurate support and better alignment than mass‑produced inserts. Their tailored design can improve comfort, reduce pain, and enhance overall foot function in a way off‑the‑shelf options simply can’t match.

CNC machining creates custom foot orthotics with exceptional precision because it follows exact digital measurements rather than relying on manual shaping. This automated process reduces human error and produces more consistent, highly accurate results for every pair.

Non weight bearing neutral position casting has been the gold standard since the 1970's and is now being phased out by non weight bearring 3D scanning. Superior intra / inter tester repeatability. Captures intersegmental malalignments within the foot.

Superior shock absorption while disapating ground reaction forces. Enhanced durabily and will not compress like foam cushioning materials. Superior soft tissue supplement.

By incorporating different densities of materials within the structure of the orthotic, these devices can offer specific areas of the foot targeted cushioning and support. Bony protrusions can be accommodated while supporting the other critical areas of the foot. This is not possible without a positive model. Direct molding techniques do not create a positive model of the foot.

Long lasting ultra strong designs that hold the angles molded and machined into the orthotics not possible when using direct molding techniques because no foot models are created with those older systems. These materials mold at 350F and higher and cannot be used in direct mold systems.

Ultra‑strong, thin carbon‑fiber composites provide superior performance in certain orthotic applications because they deliver exceptional support without adding bulk. This allows for precise biomechanical control while keeping the device lightweight and low volume.

Sport‑specific orthotics are beneficial because they’re designed to match the unique movements, forces, and demands of a particular activity, giving athletes more precise support. This targeted design can improve performance, reduce fatigue, and lower the risk of injury by keeping the feet and body aligned during sport‑specific motions.

Pathology‑specific custom foot orthotics are beneficial because they’re designed to address the exact mechanical issues caused by a particular condition rather than using a one‑type-fixes‑all approach. This targeted design can reduce symptoms more effectively and support better long‑term function by matching the orthotic to the patient’s specific needs.