Price range of foot laser 3D scanner
I. Price range classification
Consumer-grade equipment (basic functions)
¥25,000–¥32,000 : Suitable for individual users, small footwear customization or basic foot data collection (such as shoe size recommendation, static foot shape measurement) .
Example scenarios: quick foot inspection in shoe stores, home foot health screening.
Mid-to-high-end equipment (medical/industrial grade)
¥50,000–¥130,000 : Supports high-precision 3D modeling, corrective insole design and foot disease diagnosis, meeting the needs of medical institutions and rehabilitation centers .
Core functions: quantitative analysis of arch collapse, dynamic pressure distribution detection, biomechanical parameter output.
Professional-grade equipment (scientific research/industrial use)
¥100,000 and above : Used for complex foot biomechanics research, precision medicine or industrial-grade foot model reconstruction, with an accuracy of up to millimeter level .
Technical parameters: laser emission frequency ≥ 300,000 points/second, scanning accuracy ≤ 2mm (100 meters distance).
2. Factors affecting price
Accuracy and resolution
The accuracy of consumer-grade equipment is usually ±1mm, while that of medical-grade equipment can reach ±0.5mm, which directly affects the price difference.
Functional module scalability
The basic model only supports static scanning, and the high-end model can integrate modules such as gait analysis and AI correction solution generation, with a price increase of 30%-50%.
Brand and after-sales service
Well-known brands (such as Jingyi Xun) have a premium of about 10%-20% for equipment, but provide more complete after-sales support (such as software updates, hardware warranty).
3. Purchase suggestions
Clear demand priority
If you only need basic foot shape data (such as shoe size matching), choose a consumer-grade device of ¥25,000–32,000.
Medical institutions are recommended to purchase models above ¥50,000 to meet the needs of foot disease diagnosis and orthopedic device customization.
Verify technical parameters
Pay attention to laser wavelength (near infrared is safer), scanning speed (≥10 seconds/time) and software compatibility (such as 3D printing file export format)
