What are foot scanners used for, and what are the advantages of their laser technology?

Foot scanning devices, that is, plantar scanners, the main function of this type of equipment is to measure the three-dimensional data of the plantar surface and other key dimensions of foot morphology.

The main applications of plantar scanners mainly include the following:

Can be applied in foot health screening.

It can accurately evaluate foot deformities such as flat feet, high arches, hindfoot valgus, hindfoot varus, and hallux valgus.

With accurate data for reference evaluation, it is more accurate and convincing than traditional visual observation methods, and the measurement speed is very fast, requiring only tens of seconds to obtain the measurement report.

Can be applied in the customization of insoles and related corrective assistive devices.

The acquired STL and other three-dimensional data can be directly imported into CAD insole design software for corrective design and related personalized design; after the design is completed, the data is then imported into a 3D printer or an insole carving machine for the production of insoles.

In the field of customized insoles, introducing this type of plantar scanner can not only shorten the production cycle, allowing users to receive corrective insoles and customized insoles faster, but also achieve relatively ideal corrective effects.

The higher the data precision, the better the corrective effect achieved by the made corrective insoles and related corrective assistive devices.

Applied in footwear retail stores.

Introducing this type of equipment in stores can attract more nearby foot traffic, help customers quickly select insoles and shoes that fit their feet, and allow them to comprehensively understand their foot health conditions, thereby increasing the customer experience and promoting the order conversion rate.

It can also add corrective solution and corrective insole businesses, increasing revenue channels.

The advantages of plantar scanners adopting the laser principle:

Higher precision, with precision reaching within 0.5mm; the higher the precision, the more accurate the evaluation of foot health, and the corrective insoles and assistive devices made through this data will achieve more ideal corrective effects.

Stronger anti-interference capability, with a wider range of application environments.

Non-contact measurement, which can avoid hygiene hazards such as cross-infection, and laser scanning belongs to low-power industrial lasers, which will not cause harm to human skin and eyes, making it suitable for use by all populations.

High data stability, which is not easy to cause large errors, and can also avoid the errors or even mistakes caused by manual measurement.