
Rooted in podiatry and biomechanics data, it connects detection, design, manufacturing, and assessment to support precise orthotic insole customization and rehabilitation fitting.

3D-Printed Orthotic Insoles

3D-CNC-Carved Orthotic Insoles
The Digital Custom Orthotic Insole Closed-Loop System is a full-stack digital solution rooted in podiatry and biomechanics. It seamlessly integrates the entire workflow from clinical detection and cloud design to smart manufacturing and fitting assessment, delivering a complete closed-loop rehabilitation pathway from diagnostic data to corrective orthotics.
Data-Driven Precision Loop
Insole parameters are derived entirely from front-end diagnostic data, such as F20 and the SennoScan series, ensuring highly accurate lower-limb alignment.
Dual-Process Digital Manufacturing
Uses eco-friendly TPU with a lightweight grid design for superior breathability and antibacterial properties.
Uses high-efficiency EVA materials, offering high rebound and excellent shock absorption.
Biomechanical Correction
Balances plantar pressure distribution, restores natural lower-limb kinetic alignment, and relieves foot fatigue and pain.

Orthotic insoles are precisely customized according to each patient's foot shape and plantar pressure distribution, based on foot and ankle medicine and biomechanics. They are suitable for flat feet, high arches, and other foot deformities. Patients with scoliosis often have foot problems or leg-length discrepancies, which may also require orthotic insole intervention. Orthotic insoles help balance plantar pressure distribution, restore normal lower-limb biomechanics, reduce foot fatigue and pain, and improve quality of life.

3D-Printed Orthotic Insoles

3D-CNC-Carved Orthotic Insoles
Foot deformity correction, including custom orthotic interventions for flat feet and high arches
Postural synergy therapy for compensatory plantar issues caused by scoliosis or leg-length discrepancies
Clinical rehab fitting, including digital efficacy comparison and secondary fitting assessment for finished insoles