What are the benefits of applying a 3D foot scanner to foot health screening?

The plantar 3D scanner is a foot-measuring device that acquires plantar 3D dimensions and 3D data.

The 3DOE plantar laser 3D scanner mainly adopts the laser principle for scanning and measurement, featuring high accuracy with a precision up to 0.5mm and diverse models.

Among them, the eSole300Pro is the most suitable for mass screening. This device supports bipedal scanning with fast scanning speed, completing the whole scan in only 5-10 seconds. It also supports scanning via batch import mode and scanning by QR code list, capable of scanning hundreds to thousands of people a day with high efficiency.

In addition, this device is equipped with handrails, making it suitable for both the elderly and children. The handrails can better ensure safety during use.

Laser scanning is a non-contact measurement method. It will not cause discomfort to users during the measurement process and is harmless to human eyes and bodies.

Using the plantar 3D scanner for foot health screening brings the following benefits:

1. Campus foot screening to protect the foot health of teenagers.

The foot bones of teenagers are still in the growth stage and not fully finalized. Through measurement with the plantar scanner, foot problems can be intervened and corrected in a timely manner once detected, with good results and easy radical cure.

If the problem is not found until adulthood when the foot bones have already finalized, it will be very difficult to achieve complete correction and will cost a huge price.

Therefore, carrying out campus foot screening is extremely important.

2. The scanned data can be applied to the production of customized orthotic insoles.

A large number of people suffer from foot problems such as flat feet, high arches, varus foot, valgus foot and diabetic foot.

At present, foot health is attracting more and more public attention. Most people diagnosed with such foot problems choose orthotic insoles for correction, because auxiliary correction with orthotic insoles costs the least, carries low risks, enables imperceptible correction without much pain, and has higher cost performance compared with surgery.

The production of orthotic insoles cannot do without 3D data. Only with 3D data can models be built and designs be completed better.

The 3D data in STL and other formats scanned by the plantar laser 3D scanner can be imported into insole design software for design, which is convenient, simple, scientific and efficient.

Of course, for some functional orthotic insoles, besides measurement with a plantar 3D scanner, measurement with a plantar pressure distribution system is also required, so that the produced insoles can achieve more comprehensive and better correction effects.

3. It supports long-term data tracking and comparison.

Human foot health is actually in a dynamic state of change.

Especially for people with flat feet, high arches and other foot problems, their foot data keeps changing continuously during the correction process.

The condition may develop for the better or deteriorate.

Regular scanning with the plantar 3D scanner allows the formulation of targeted correction plans for different stages, enabling foot problems to be corrected with the optimal solution and better safeguarding people's foot health.

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