The 3D foot scanner adopts the principle of laser triangulation.
It projects a laser line or point onto the surface of the foot and uses a high-precision camera to record the reflected position where the laser intersects with the surface.
The system calculates the 3D coordinates of each point based on the geometric relationship between the laser projection angle and the camera receiving angle, thereby quickly reconstructing a complete 3D data model of the foot.
It is widely used in personalized insole production, shoe last design, and medical evaluation.
Advantages of the 3D foot scanner:
Customized insoles and footwear
By collecting data through the 3D foot scanner and plantar pressure analysis system, it allows the design of exclusive insoles and shoe shapes that match individual arches, gait, and pressure distribution.
It is widely used in sports protection, medical correction, and daily comfort wear. It effectively relieves foot fatigue and improves abnormal gait.
It is suitable for children in developmental stages, the elderly, and athletes, offering high personalization and professionalism.
Foot health assessment
The 3D foot scanner quickly collects foot 3D data to support comprehensive foot health evaluations.
It can accurately identify flat feet, high arches, hallux valgus, and other foot abnormalities, assisting doctors and rehabilitation experts in formulating scientific correction plans.
Combined with plantar pressure devices, it provides strong data support for foot disease prevention, rehabilitation treatment, and personalized insole customization.
It is widely used in medical, sports, and daily health management fields, enhancing the professionalism and convenience of foot health monitoring.
Medical and rehabilitation applications
It also plays an important role in the medical and rehabilitation field, capable of accurately collecting patients’ foot shape data to assist in diagnosing flat feet, arch deformities, and other conditions.
Combined with gait analysis and plantar pressure systems, it provides scientific evidence for rehabilitation treatment and orthotic device customization.
This technology is widely used in orthopedics, rehabilitation centers, and podiatry, improving treatment outcomes and patients’ quality of life.
Footwear production and design
The 3D foot scanner plays a key role in footwear production and design.
By accurately collecting consumers’ foot data, it helps designers create ergonomically shaped shoe lasts and models, achieving personalized customization.
This technology not only improves design accuracy and shoe fit but also optimizes production processes, reduces trial-and-error costs, enhances product quality and market competitiveness, and promotes the footwear industry’s development toward intelligence and digitization.
Children’s foot development monitoring
The 3D foot scanner is of great significance in monitoring children’s foot development.
It can accurately record key data such as children’s foot shape, arch height, and toe spacing, and track developmental changes in real time.
Through high-precision, non-invasive measurement, it helps detect structural abnormalities like flat feet and high arches at an early stage, providing scientific evidence for parents and doctors.
Combined with foot data analysis, it assists in formulating intervention or orthotic plans, promoting healthy foot development.
It is an important auxiliary tool in child healthcare, rehabilitation medicine, and custom insole production.
