Arch & Leg Type Measurement Tool: 3DOE 3D Foot Laser Scanner

3DOE's foot 3D laser scanner mainly uses laser principles to perform non-contact detection and measurement, and can complete the collection of foot data in only 10-20 seconds.

These collected data can be presented through measurement reports, with more than 60 sets of key measurement data. After the measurement is completed, users can scan the QR code with their mobile phones to download the measurement report, or print it out through the computer terminal. In addition, it can also generate 3D data such as stl and obj at the same time.

The data measured by 3DOE's foot 3D laser scanner mainly includes: shoe size recommendation, insole recommendation, evaluation of toe type (Egyptian foot, Roman foot, Greek foot), evaluation of whether there is hallux valgus and hallux varus, evaluation of flat foot and high arch, evaluation of heel varus and valgus, foot length, arch length, arch height, length of the first metatarsophalangeal part, length of the fifth metatarsophalangeal part, heel margin length, foot waist circumference length, foot width, center of gravity width, thumb height, little finger angle, footprint coefficient, foot width coefficient, etc.

3DOE's foot 3D laser scanner is often used in the following types of scenarios.

1. Application in shoe stores.

In shoe stores, it can attract customers to the store for detection and measurement.

As a high-tech product, it can be used as a drainage method, which can arouse everyone's curiosity and allow free experience.

Through the foot scanner, customers can better understand their own foot conditions, and can quickly find the shoe size and insole that suit their feet, reducing the time spent trying on shoes, and finding the right shoes in the shortest time.

In addition, it can also expand to custom shoes, custom insoles and foot rehabilitation product businesses, which can add revenue channels for the store.

2. It can be used for brand last optimization.

By collecting a large number of foot data on a large scale, designers conduct scientific analysis based on the obtained data, thereby helping brands optimize shoes and insoles that better meet market demand.

3. Application in hospitals.

In hospitals, purchasing this equipment can help doctors quickly diagnose flat feet, high arches, foot varus and foot valgus, etc.

The measurement report is visualized in charts, allowing users to see their own foot problems at a glance, and doctors' judgments are more convincing.

4. Application in foot health screening in schools.

Children's foot health has been paid more and more attention.

Because possible foot problems can be detected in adolescence, intervention can be carried out earlier, and the correction effect will be better.

Once reaching adulthood, the foot bones are formed, and it is difficult to completely cure them.