Every product on this page is designed and fabricated in-house, from a 3D scan of the patient who will wear it. Nothing is off-the-shelf — everything is built to order.
Modular systems combining a custom socket with a prosthetic foot, ankle, or knee component matched to the patient's activity level — from household mobility to competitive sport.
Custom socket paired with a modular foot — from a basic SACH for low mobility to energy-storing dynamic-response feet for active users. Suspension by silicone liner with pin or vacuum.
Custom socket paired with a prosthetic knee — mechanical for stability, polycentric for hydraulic flow, or microprocessor-controlled for natural gait on stairs, ramps, and uneven terrain.
A specialized prosthesis for Syme's amputation — using the bulbous residual limb end for weight-bearing, with a custom windowed socket and a dynamic-response prosthetic foot.
From myoelectric arms with battery-powered hands to high-definition silicone fingers and adaptive recreational attachments — the right upper-limb solution depends on amputation level, control strategy, and the patient's functional priorities.
Battery-powered hand that opens and closes in response to muscle signals (EMG) on the residual limb. A natural-looking, low-effort option for transradial and transhumeral amputees.
Operated by a harness and cable system that opens or closes a hook or hand in response to shoulder movement. Simple, robust, and dependable in wet or dirty environments.
High-definition silicone restoration matched to skin tone, freckles, and nail detail. Restores natural appearance for partial-hand and finger amputations where surgical reconstruction isn't possible.
A non-functional but lifelike prosthesis that restores natural appearance. Often chosen when active function is not the priority, or as a complementary option alongside a body-powered or myoelectric device.
Task-specific attachments for sports, music, and work — from a guitar-pick holder to a swimming paddle, a bicycle handle adapter, or a tool-grip terminal. Interchangeable on the same socket.
For transhumeral amputees — a body-powered elbow for gross positioning combined with a myoelectric hand for fine control. Reduces battery drain while preserving pinch function.
Custom-molded braces designed and fabricated from a 3D scan — to immobilize, to correct, or to support. The categories below cover the conditions we treat most often.
CAD-designed, CNC-milled TLSO for adolescent idiopathic scoliosis. Applies precise three-point corrective forces — breathable, low-profile, and wearable 18–23 hours per day.
Thoracolumbosacral orthosis for post-trauma immobilization, post-surgical fusion protection, and adult degenerative deformity. Total-contact fit milled from a 3D torso scan.
For drop foot, post-stroke gait, and neuromuscular weakness. Carbon-fiber or thermoplastic designs that lift the foot in swing while allowing controlled motion at the ankle.
Custom knee braces for ligament injury, osteoarthritis, and post-operative protection. Condylar pad system provides ligament support, hinge controls range of motion.
Static or dynamic splints for contracture management, post-stroke positioning, and post-surgical immobilization. Supports the wrist and hand in a functional resting position.
Custom-molded cervical collars for stable fracture management and post-fusion protection. Precise total-contact fit replaces generic foam collars for long-term wear.
Calibrated insoles milled from a 3D scan of the plantar surface — to relieve pressure, offload ulcers, support fallen arches, and align the foot inside the shoe.
High-rebound EVA for runners, court sports, and hiking — controlling pronation and improving power transfer.
Multi-density offloading insoles with Plastazote top layer — protecting at-risk feet from ulceration.
For plantar fasciitis, flatfoot, and high arches — semi-rigid shell with posted rearfoot for biomechanical correction.
Colorful, washable insoles for children — with growth-tolerant arch support that adapts through each shoe size.
Growth-aware devices that keep pace with the child. Built for safety, breathability, and frequent refits — with bright finishes children actually want to wear.
For plagiocephaly and brachycephaly in infants 4–12 months. Lightweight, ventilated shell with relief zones guiding skull growth back to symmetry.
Modular brace for juvenile and early-onset scoliosis — opening at the front to allow chest expansion, expanded on a schedule matched to growth.
Modular stander supporting children with limited mobility in upright posture — promoting hip development, bone density, and respiratory function.
CAD/CAM-molded seating shells and adaptive equipment for severe neuromuscular conditions — distributing pressure, supporting posture, and protecting respiratory function.
CAD-designed seating shell milled from a body scan — providing pelvic stability, spinal alignment, and pressure distribution for wheelchair users with complex posture.
Molded headrest for patients with poor head control — providing symmetrical support, lateral stability, and a clear field of vision.
Modular trunk and pelvic supports that interface with molded seating — added, adjusted, or removed as posture needs evolve over time.
Bring your imaging, your questions, and your goals — our prosthetists and orthotists will match you to the right product, or design one that doesn't exist yet.
