Usage Advantages of Flatfoot Rapid Screening Equipment — Dual Plantar 3D Laser Scanner

Children and teenagers are still in the stage of growth and development, and their foot bones have not been fully formed. If foot problems such as flatfoot, high arch, heel varus and heel valgus are detected at this stage, they can be corrected in a timely manner and stand a chance of radical cure.

If these foot deformities are not found until adulthood, they will be rather difficult to cure radically. Especially for severe cases, even if radical cure is achieved, a huge price will have to be paid.

Therefore, it is highly necessary for campuses to introduce plantar scanners for foot screening, so as to better protect the foot health of teenagers.

3DOE has launched a dual-foot plantar 3D scanner with the model number eSole300Pro. This dual-foot plantar scanner is perfectly suitable for large-scale foot screening.


The advantages of applying the eSole300Pro plantar laser 3D scanner are as follows:

1. It features a fast scanning speed. The device scans both feet simultaneously, and each measurement can be completed in merely 3 to 10 seconds.

Especially for large-scale screening scenarios where hundreds or even thousands of people need to be measured every day, measurement time becomes extremely critical.

With a fast scanning speed, more people can be tested within the same period of time.

For instance, for a project covering 2,000 people, it may take 5 days if a single-foot measuring device is used. By contrast, with the dual-foot simultaneous scanning device, it may only take 2 to 3 days, saving nearly half of the total time.

Besides, children are active and restless. The shorter the measurement time, the easier it is to stop children from making random small movements.

If the measurement lasts too long, children tend to fidget constantly, which will lead to inaccurate measurement results.

2. It adopts non-contact scanning.

This scanning method will not cause discomfort to the testees, will not cause damage to the skin, and will not produce inaccurate data due to extrusion.

Non-contact measurement ensures safety and will not affect the precision of data.Non-contact scanning improves comfort and user experience, and also avoids cross-infection for better hygiene.

Since no physical contact is required, it can better meet the requirements of modern hygiene management and eliminate the risk of bacterial transmission.

3. It supports various measurement modes.

Users can conduct direct scanning and measurement, or perform measurement by scanning QR codes. Prepare QR codes embedded with personal information in advance and distribute them to each person. Testees just need to have their QR codes scanned when taking measurements, which saves the time spent on information entry.

Another way is to create a form, input the information of all people to be tested, and import the form into the scanning software on the computer. Select the batch mode during measurement, and there is no need to re-enter personal information. Measurements can be carried out directly in sequence, which also greatly reduces the measurement time.

4. It delivers high accuracy, with precision controlled within 0.5mm.

The device adopts laser scanning for measurement, configured with 8-view laser scanners for both feet, 8-view white light scanning for dual feet and 1 rear camera.

It not only boasts high accuracy, but also collects more comprehensive data. It can acquire foot data and information from multiple dimensions, export measurement reports, and generate 3D data in formats including STL.