hardware:
★ Scanning objects: feet (bare feet or wearing socks), lasts, plaster models
★ Full optical path closed system, 8 viewing angles omni-directional scanning
★ The system is easy to operate, one-click scanning, without manual intervention, and files are automatically saved;
★ Non-contact Class2M laser scanning, no harm to human body and eyes
★ Small size, light weight, convenient transportation and carrying
software:
★ Supports cloud management of scanning foot data
★ Fast scanning speed (single foot scanning<10s)
★ High measurement accuracy (standard error<0.5mm)
★ Automatically extract more than 60 characteristic measurement parameters of the foot shape, and output a measurement report (word file); data analysis can be performed on a single section of the foot shape
★ Evaluate foot shape valgus and arch deformation
★ Directly generate foot shape STL triangle mesh data, the scanned foot shape data can be imported into a 3D printer to print foot model samples directly;
★ Support SQL database
★ Cloud automatic selection of shoes and customized services
★ Meet the needs of women’s high-heeled shoes customization: foot scanning can be performed after the heel is increased, and the parameters after the foot deformation can be collected for the purchase and customization of high-heeled shoes;
eFoot 3d foot scanning system-experiential marketing carrier
◆ Experience: Intelligent extraction of more than 60 sets of parameters of the foot, digital foot shape
◆ Service: customer information cloud management, customer segmentation, one-to-one service
◆ Marketing: Support WeChat public account access and push marketing information instantly
◆ Sales: automatic shoe selection and customized service functions on the cloud platform, placing orders anytime, anywhere
solution:
1. Establish a [foot type or shoe last] database
2. Smart shoe selection
A. Shop purchase
B. Pocket O2O purchase
Three, personalized customization
Fourth, foot health care
▣ Classic cases
▣ Technical Parameters
| model | eFoot-350-A |
| scanning method | One foot |
| Scanning light source | Laser Class2M, no harm to human body and eyes |
| Scanning range (x, y, z) (mm) | 350×170×150 |
| Scan error(mm) | ± 0.5 |
| Scan time(S) | < 10 (both feet) |
| application | eFoot V2.1 |
| Output format | ASC, STL, OBJ, etc., support EasyLast, ShoeMaster, Rhino and other software |
| operating system | Win7/10 64bit |
| Power requirements | AC 220V, it is recommended that users bring their own ups power supply with 500W power |
| rated power | 240w |
▣ Application field
1. Personalized footwear customization.
2. Design and development of insoles.
3. Orthodontic shoes, orthopedic insole design for foot measurement, 3D printing insole.
4. Medical foot shape correction.
5. Ergonomic foot type statistics.
6. Human foot research.
7. Design and development of shoe last.
8. Footwear software design and development
9. Big data analysis of footwear companies
10. Smart selection of shoes
11. Brand marketing entity store + mall seamless connection
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