Measuring data such as arch height can effectively evaluate whether there are foot problems such as flat feet and high arches.
Plantar scanners are also an arch detector that can measure arch height, foot size and shape, and three-dimensional foot data.
Plantar scanners generally use the principle of laser scanning to scan and measure the soles of people’s feet. Generally, it only takes 5-20 seconds to obtain more than 20 types of foot data, including key data such as arch height, foot width, and foot length, and can generate detailed plantar data reports.
In addition, three-dimensional data reports such as stl can also be exported.
The scanning method is generally to stand still on the device and operate under the guidance of the device’s intelligent voice, or to allow professionals to perform collaborative operations for scanning. The test is simple, and data acquisition can usually be completed in 5-20 seconds, and reports and three-dimensional data can be exported in real time.
The application of plantar scanners is mainly in the following aspects:
1. Application in insole customization and footwear customization.
The scanned data allows footwear designers to design shoes and insoles that better meet individual needs based on the data.
Rehabilitation designers can also use data to perform correction design and produce corrective insoles and corrective shoes with more corrective effects.
The exported 3D data can be directly imported into the design software for personalized design and correction design, which can greatly reduce the design time.
2. Application in medical diagnosis and rehabilitation.
In the foot rehabilitation department of the hospital, the use of plantar scanners allows doctors to better and faster detect patients’ foot abnormalities, such as flat feet, high arches, inversion and valgus of the foot, etc.
Moreover, detailed and graphical data can also allow doctors to communicate better with patients.
The data obtained by the plantar scanner can also allow doctors to specify rehabilitation and correction treatment plans that better meet user needs.
3. Application in children’s foot screening.
Children’s bones have not yet been fully formed. Regular foot examinations can timely detect possible foot abnormalities and other problems, and then correct them in time, which can better maintain the healthy growth of children.
