Foot shape measurement equipment – use of foot 3D scanner

A 3D foot scanner is a high-precision device used to measure and analyze foot morphology. It is widely used in custom corrective insoles, sports shoe design, medical diagnosis, shoe manufacturing and scientific research. Its working principle is to use laser, structured light or 3D photography technology to quickly obtain 3D data of the foot, so as to accurately measure information such as foot size and arch height.

Steps to use a 3D foot scanner

Equipment preparation

Make sure the scanner is placed on a stable plane to avoid shaking during the measurement process.

Connect a computer or mobile device as needed, start the supporting software, and check whether the device is operating normally.

Preparation of the subject

The subject stands barefoot in the scanning area, maintains a natural posture, and avoids excessive force or unnatural posture that affects the measurement data.

Some high-end devices support dynamic scanning, and the subject can be asked to walk according to the instructions to measure the changes in the foot during movement.

Start scanning

Select the appropriate scanning mode (static scanning or dynamic scanning).

Start the scanner, and the device will scan the foot in all directions through optical technology or laser sensors.

The process usually takes only a few seconds, and the system automatically generates high-precision 3D foot data.

Data analysis and processing

After scanning, the software will automatically generate a 3D model of the foot and provide detailed data, such as foot length, foot width, arch height, intertoe angle, etc.

It can be combined with the plantar pressure analysis system to further evaluate gait problems and foot load-bearing conditions, and provide data support for corrective insoles, shoe design or medical diagnosis.

Data export and application

The results can be exported to common 3D file formats (such as STL, OBJ, etc.) for 3D printing of customized corrective insoles or shoe designs.

Medical institutions can use data to analyze the health of patients’ feet and develop rehabilitation plans.

Main applications of foot 3D scanners

Corrective insoles and medical rehabilitation

Accurately measure the foot structure and customize corrective insoles to help improve problems such as flat feet, inversion, valgus, and diabetic foot.

Combined with plantar pressure analysis, provide professional correction suggestions for patients with abnormal gait and sports injuries.

Sports shoe design and production

Sports brands use scanning data to optimize shoe last design and improve shoe comfort and support.

Personalized shoe customization service, making exclusive shoes according to the user’s foot shape to improve the wearing experience.

Scientific research and foot health monitoring

Sports science researchers can use 3D scanners to analyze the foot shape of athletes and optimize training plans.

Foot health monitoring for the elderly, early detection of foot deformation or abnormal gait, and prevention of fall risks.

Foot 3D scanners use high-precision scanning technology to quickly collect foot data and are widely used in the fields of corrective insole customization, shoe design, medical diagnosis and sports science. Proper use of this device can improve measurement accuracy and provide a scientific basis for foot health management and shoe customization.