3D Foot Scanners, which adopt the laser principle, are applied in orthopedic shoe customization and usually have the following advantages:
1. High scanning accuracy, more precise customization fit, with data accuracy up to 0.5mm.
Based on the laser principle, laser reflection is used to obtain 3D data and information of the customer’s feet, resulting in fine scanning results with small errors.
The measured 3D data can be applied to the precise production of customized shoe styles such as flat foot orthopedic shoes, high arch orthopedic shoes, and foot varus/valgus orthopedic shoes.
2. High scanning efficiency, more convenient customization process.
Generally speaking, measurement with a 3D Foot Scanner can complete the scan in only 5-25 seconds, and can obtain complete 3D data of the customer’s feet.
In the case of traditional manual measurement methods, not only is the data error large, but it also takes a relatively long time, up to seven or eight minutes or even longer.
3. Non-contact measurement, suitable for people with sensitive feet.
3D Foot Scanners perform measurement through laser beams and reflection from the surface of the customer’s feet, without the need to contact the feet, belonging to non-contact measurement.
This measurement method can avoid discomfort caused by contacting the feet during the measurement process, and also avoid deviations in foot data deformation caused by contact measurement.
It is particularly applicable to groups with fragile skin and sensitive feet such as children and patients with foot deformities, or groups that resist contact measurement.
4. Capable of obtaining dynamic adaptive foot shapes.
Through laser scanning, subtle changes in the shape of the customer’s feet during walking and other states can be captured, making the adaptation data of customized shoes more complete and accurate.
It is particularly applicable in institutions and related application scenarios that require high precision of customized data, such as professional orthopedic shoe customization workshops and foot rehabilitation institutions.
5. High safety, no radiation impact, suitable for customization for all groups of people.
The equipment adopts laser non-ionizing radiation technology, which has no harmful radiation, is harmless to the human body, and can meet the measurement needs of customers of different ages and with different foot conditions.
