Advantages of the Dual-Foot 3D Laser Foot Scanner Applied in Teenagers' Campus Foot Screening

Nowadays, both parents and schools are paying increasing attention to the foot health of teenagers and children.

Major schools are promoting and carrying out foot screenings and physical examinations for teenagers, so as to achieve early detection and early intervention for the foot health of teenagers and children, and better safeguard the healthy foot development of teenagers and children.

In campus foot screenings for teenagers, one device has become increasingly popular. This device is the dual-foot 3D foot scanner.

For example, the dual-foot 3D laser scanner independently developed and produced by 3DOE has the following most obvious advantages, which are also widely recognized.

1. Simultaneous scanning of both feet for high efficiency.
With a simple standing position, complete data collection can be finished in about 10 seconds.
It also supports a batch mode: student information can be imported into the computer software in advance, and then the system calls names and performs measurements according to the imported list. Hundreds of people can be measured in a single day.
This measuring device and mode are highly suitable for the batch physical examination rhythm of schools.


2. Non-contact measurement improves the measuring experience.
This laser measurement method does not exert pressure on children’s skin, resulting in more accurate and objective data. It is also radiation-free and causes no harm to the person being measured.
No plaster or impression boxes are needed, so children do not feel any discomfort. They only need to stand quietly on the scanning area of the device and wait for the measurement, which takes only about 10 seconds.

3. High measurement accuracy and rich data.
The measurement accuracy reaches 0.5 mm. More than 20 key sets of foot measurement data are obtained. The data is comprehensive, and a measurement report can be exported on-site.
The report clearly shows conditions such as flat feet, high arches, foot varus, and foot valgus.
The data is objective and presented in charts, making it easy and clear for parents and doctors to interpret.

4. Diverse application scenarios for 3D data.
It can output 3D data in formats such as STL and OBJ. These 3D data provide reliable references for subsequent corrective insoles, sports suggestions, and other applications.
The 3D data can be directly imported into design software for the design of corresponding orthotic insoles and orthoses.