Several major functions of foot 3D laser scanner applied in personalized custom shoes

‍Foot 3D Laser Scanner, applied in the field of personalized customized shoes, usually has the following roles:

1. Accurately collect foot shape data and lay the foundation for customization.

Through the laser scanning principle, obtain the three-dimensional shape and key dimensions of the foot. The collection result is accurate, and the error can be controlled within 0.5mm.

The collected foot shape data can be applied to the pattern design and size adaptation of customized shoes to ensure that the customized shoes fit the foot shape.

2. Improve customization efficiency and shorten delivery cycle.

Generally speaking, measurement by Foot 3D Laser Scanner only takes 5-30 seconds to complete the scan and obtain complete data.

If it is the traditional manual measurement method, not only the data error is large, but also it will take a relatively long time, 30 minutes or even longer.


3. Adapt to various foot shapes and meet personalized needs.

Foot 3D Laser Scanner, through non-contact laser scanning, can capture various foot shape characteristics such as normal feet, flat feet, and high arches.

This adaptability can design customized schemes pertinently, avoid the adaptation shortage of mass-produced shoes, and improve wearing comfort.

It is especially suitable for groups with special foot shapes, pursuing exclusive experience, or children and the elderly as a customization auxiliary equipment.

4. Support pattern optimization and improve the quality of customized shoes.

Through laser scanning, the complex shape of the sole can be captured, making the pattern design more in line with the physiological structure of the foot.

Based on these complete and accurate data, optimize the design of toe cap, shoe waist, etc., and improve the wearing experience and durability of customized shoes.

Especially in the field of high-end customized shoes, such accurate data support is the key to improving product competitiveness.

5. Simplify the customization process and reduce manual dependence.

The scanned data can be directly connected to the design software, automatically generate the basic pattern, and reduce the links of manual drawing and revision.

The whole process is easy to operate, no need for professional personnel to control, which can reduce labor costs and improve large-scale customization capabilities.

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