The Significance and Role of 3D Foot Scanner Applied in Children's Foot Development Monitoring

3D Foot Scanners, which adopt the principle of laser scanning, are applied in children's foot development monitoring and abnormality intervention, and usually have the following roles:

1. High scanning accuracy, more accurate developmental assessment, with data accuracy up to 0.5mm.

Based on the principle of laser scanning, laser reflection imaging is used to obtain 3D data and information on children's foot development, resulting in fine scanning results with small errors.

The measured 3D data can be applied to the early screening and assessment of developmental abnormalities in children, such as flat feet, high arches, and foot varus/valgus.

2. High monitoring efficiency and more convenient developmental tracking.

Generally speaking, measurement with a 3D foot scanner can complete the scan in only 3-15 seconds, and can obtain complete monitoring data on children's foot development.

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 five or six minutes or even longer.

3. Non-contact measurement, suitable for the characteristics of the child group.

3D foot scanners perform measurement through laser beams and reflection from the surface of children's feet, without the need to contact the feet, belonging to non-contact measurement.

This measurement method can avoid children's resistance caused by contact and pressing during the measurement process, and also avoid slight foot injuries caused by contact measurement.

It is particularly applicable to young children, children with delicate foot skin, or children who resist contact with strangers.

4. Capable of obtaining dynamic developmental change data.

Through regular laser scanning, subtle changes in data on children's foot development during growth can be captured, making the monitored developmental status more complete and accurate.

It is particularly applicable in institutions and related application scenarios that require high precision of developmental monitoring data, such as children's health care departments, pediatric hospitals, and children's foot correction institutions.

5. High safety, no radiation impact, suitable for long-term developmental tracking.

The equipment adopts laser non-ionizing radiation technology, which has no harmful radiation, is harmless to children's bodies, and can meet the needs of multiple foot development tracking measurements during the entire growth cycle of children.