What is a 3D laser foot scanner used for?

A foot 3D laser scanner is a device that accurately acquires data such as the 3D geometric morphology of the foot.

The most core measurement mode of the foot 3D laser scanner is only one, which is: static measurement.

The data from static measurement mainly includes: foot length, foot width, foot girth, instep height, arch height, arch type, heel width, heel inclination angle, hallux valgus angle, toe alignment morphology, foot left-right symmetry, full-foot 3D point cloud data, foot volume, foot surface area, plantar surface morphology, and other data.

The foot 3D laser scanner is commonly applied in the following fields:

For personalized footwear customization.

By acquiring precise foot morphology data through 3D scanning, footwear that completely fits the foot shape can be custom-made for users, such as solving the problems of tight or rubbing shoes caused by a high instep or a wide forefoot.

For the design and manufacturing of custom shoe lasts.

Through foot 3D data, shoe lasts that precisely meet the foot characteristics of specific populations or individuals can be accurately designed for shoe factories.

Especially in the shoe last development of high-end leather shoes and professional sports shoes, utilizing 3D scanning data to replace traditional manual last modification allows the produced shoe lasts to have more ideal wearing comfort and pattern foundation.

For the design and manufacturing of orthotic insoles.

Through foot 3D morphology data, insoles that completely fit the plantar surface can be precisely designed for users.

Especially on some functional custom insoles, such as flat foot support insoles and high arch cushioning insoles, conducting foot 3D scanning is very necessary, and the produced insoles also have relatively ideal fit and support effects.

For the auxiliary diagnosis of foot lesions.

Through foot 3D morphology measurement, foot structural abnormalities can be evaluated, such as whether there is severe hallux valgus, pes cavus, flat foot, foot deformity, etc.

For the manufacturing of prosthetics and orthotics.

For example, in the manufacturing of rehabilitation aids for lower limb amputees and patients with severe foot deformities, by scanning the healthy side of the foot or the residual limb, and utilizing mirroring or data modeling, prosthetics or orthotic braces with symmetrical appearance and comfortable wear can be manufactured.

For the monitoring of children's foot development.

Children's feet are in a period of rapid development, and by conducting regular 3D scanning, a digital archive of foot development can be established.

According to these data changes, foot development abnormalities, such as arch collapse and foot inversion, can be discovered in advance, and timely intervention and correction can be conducted.

Applied in intelligent shoe selection in footwear retail.

By measuring the 3D dimensions of consumers' feet, the most suitable shoe size and shoe shape can be automatically matched.

For example, by conducting precise size recommendations and shoe style recommendations, returns and exchanges caused by size mismatch can be reduced, and consumers' shoe shopping experience can be improved.