Custom Orthotics
What are Custom Orthotics?
Orthotics are custom-made inserts that fit into your shoes, designed to control the way your foot functions. Using advanced technology, they are tailored to your specific needs and activities, whether walking, running, or other forms of exercise. Much like glasses improve vision, orthotics improve foot function and provide the necessary support for a wide range of conditions.
3D Custom Orthotic Digital Scanning
Our state-of-the-art 3D scanning software will create an exact dynamic mold of the lower extremity. The result is a custom made device providing trusted support. Our Podiatrists are able to achieve fast fabrication because of our in-office computerized CAD-CAM orthotics process. Here the foot is scanned into a computer while held in a corrected position. When necessary our prescription software modifications are then made. This information is then transferred to the computer-milling machine, which produces the custom orthotic shell. It is hand modified and finished to produce a perfect-fitting prescription orthotic device, designed to correct the faulty biomechanical foot function and relieve pain.
Common Conditions Treated with Orthotics
Custom orthotics are effective for treating a variety of foot, ankle, and lower-body conditions, including:
- Heel Pain: Plantar fasciitis, heel spur syndrome.
- Neuroma: Swollen or pinched nerves in the ball of the foot.
- Capsulitis: Pain beneath the metatarsal bones.
- Great Toe Joint Arthritis: Pain and inflammation in the big toe joint.
- Sesamoiditis: Pain in the small bones beneath the great toe.
- Tendonitis: Inflammation of tendons in the foot or ankle.
- Shin Splints: Pain along the shin bone.
- Runner’s Knee: Pain caused by repetitive strain.
- Gait-Related Hip and Low Back Pain.
FAQs
Foot pain is not normal. If you’re experiencing discomfort, schedule a biomechanical evaluation with one of our expert podiatrists. Together, we’ll determine if custom orthotics are the right solution for you and help restore your comfort and mobility.