+86-0755-86131192
2025-12-10Foot 3D Laser Scanner, using laser principles, applied in foot deformity diagnosis and rehabilitation tracking, generally has the following functions:
High scanning accuracy, more accurate deformity diagnosis, data accuracy up to 0.5 mm.
Through the principle of laser, using laser reflection to obtain the 3D data information of the foot deformity area, the scanning result is fine and the error is small.
The measured 3D data can be applied to the precise diagnosis of flat feet, high arches, foot valgus/varus, and other deformities.
High tracking efficiency, more convenient rehabilitation monitoring.
Generally speaking, measuring through a foot 3D laser scanner only takes 5–25 seconds to complete scanning, and can obtain complete rehabilitation data of the deformity area.
If using traditional measurement methods, not only the data error is large, but also the time required is longer, taking seven or eight minutes or even longer.
Non-contact measurement, suitable for people in the rehabilitation period.
The foot 3D laser scanner measures through the laser beam and the surface reflection of the foot deformity area, without needing to touch the affected area, belonging to non-contact measurement.
This measurement method can avoid the pain caused by touching the affected area during the measurement process, and can also avoid secondary injury to the deformity area caused by contact measurement.
Especially for groups with fragile skin, sensitive affected areas during rehabilitation, or groups who resist contact measurement, it is more suitable.
Can obtain the deformity’s dynamic change shape.
Through laser scanning, it can capture subtle morphological changes of the foot deformity during the rehabilitation process, making the monitored data more complete and accurate.
It is especially suitable for hospital rehabilitation departments, foot correction institutions, and other institutions and related application scenarios that require high precision for rehabilitation data.
High safety, no radiation impact, suitable for long-term rehabilitation tracking.
The equipment adopts laser non-ionizing radiation technology, with no harmful radiation and no harm to the human body, and can meet the needs of foot deformity patients for long-term and multiple rehabilitation tracking measurements.
High scanning accuracy, more accurate deformity diagnosis, data accuracy up to 0.5 mm.
Through the principle of laser, using laser reflection to obtain the 3D data information of the foot deformity area, the scanning result is fine and the error is small.
The measured 3D data can be applied to the precise diagnosis of flat feet, high arches, foot valgus/varus, and other deformities.
High tracking efficiency, more convenient rehabilitation monitoring.
Generally speaking, measuring through a foot 3D laser scanner only takes 5–25 seconds to complete scanning, and can obtain complete rehabilitation data of the deformity area.
If using traditional measurement methods, not only the data error is large, but also the time required is longer, taking seven or eight minutes or even longer.
Non-contact measurement, suitable for people in the rehabilitation period.
The foot 3D laser scanner measures through the laser beam and the surface reflection of the foot deformity area, without needing to touch the affected area, belonging to non-contact measurement.
This measurement method can avoid the pain caused by touching the affected area during the measurement process, and can also avoid secondary injury to the deformity area caused by contact measurement.
Especially for groups with fragile skin, sensitive affected areas during rehabilitation, or groups who resist contact measurement, it is more suitable.
Can obtain the deformity’s dynamic change shape.
Through laser scanning, it can capture subtle morphological changes of the foot deformity during the rehabilitation process, making the monitored data more complete and accurate.
It is especially suitable for hospital rehabilitation departments, foot correction institutions, and other institutions and related application scenarios that require high precision for rehabilitation data.
High safety, no radiation impact, suitable for long-term rehabilitation tracking.
The equipment adopts laser non-ionizing radiation technology, with no harmful radiation and no harm to the human body, and can meet the needs of foot deformity patients for long-term and multiple rehabilitation tracking measurements.
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+86-0755-86131192