+86-0755-86131192
2025-12-12Foot 3D Laser Scanner, adopting the principle of laser scanning, usually has the following advantages in the detection of flatfoot, arch collapse and pes cavus:
1. Laser scanning, high recognition degree, high-precision detection results, with an accuracy of up to 0.5mm.
Based on the principle of laser scanning, it uses laser reflection imaging to obtain three-dimensional structural data of the foot (including the arch), with detailed scanning results and small errors.
The detected three-dimensional structural data can be applied to the determination of arch types and the design of targeted correction plans.
2. Fast detection speed.
Generally speaking, detection through the Foot 3D Laser Scanner only takes 3-20 seconds to complete the detection and obtain complete foot structural data.
In the case of traditional detection methods, not only the data is highly subjective, but also it takes a relatively long time, five to six minutes or even longer.
3. It belongs to non-contact detection.
The Foot 3D Laser Scanner performs detection through the surface reflection between the laser beam and the foot (including the arch), without the need to contact the foot, belonging to non-contact detection.
This detection method can avoid discomfort caused by contact during the detection process, and also avoid distortion of the arch shape due to compression caused by contact detection.
It is especially suitable for children, groups with high skin sensitivity, or groups who are unwilling to undergo contact detection.
4. Can obtain complex arch shapes.
Through laser scanning, it can capture some relatively complex shapes of the arch (such as the degree of arch collapse in flatfoot and the arch height in pes cavus), which can make the detected data more complete and accurate.
It is especially applicable in institutions and related application scenarios that require high accuracy in arch detection, such as pediatrics, orthopedics, rehabilitation departments and so on.
5. High safety, no radiation, and harmless to the human body.
1. Laser scanning, high recognition degree, high-precision detection results, with an accuracy of up to 0.5mm.
Based on the principle of laser scanning, it uses laser reflection imaging to obtain three-dimensional structural data of the foot (including the arch), with detailed scanning results and small errors.
The detected three-dimensional structural data can be applied to the determination of arch types and the design of targeted correction plans.
2. Fast detection speed.
Generally speaking, detection through the Foot 3D Laser Scanner only takes 3-20 seconds to complete the detection and obtain complete foot structural data.
In the case of traditional detection methods, not only the data is highly subjective, but also it takes a relatively long time, five to six minutes or even longer.
3. It belongs to non-contact detection.
The Foot 3D Laser Scanner performs detection through the surface reflection between the laser beam and the foot (including the arch), without the need to contact the foot, belonging to non-contact detection.
This detection method can avoid discomfort caused by contact during the detection process, and also avoid distortion of the arch shape due to compression caused by contact detection.
It is especially suitable for children, groups with high skin sensitivity, or groups who are unwilling to undergo contact detection.
4. Can obtain complex arch shapes.
Through laser scanning, it can capture some relatively complex shapes of the arch (such as the degree of arch collapse in flatfoot and the arch height in pes cavus), which can make the detected data more complete and accurate.
It is especially applicable in institutions and related application scenarios that require high accuracy in arch detection, such as pediatrics, orthopedics, rehabilitation departments and so on.
5. High safety, no radiation, and harmless to the human body.
Back to list
+86-0755-86131192