Advantages and Benefits of 3D Foot Laser Scanners in High-End Bespoke Footwear

Using 3D laser foot scanners for high-end shoe customization has become a widely recognized norm across the industry, and such equipment has also turned into the core technical driving force of this industry.

Adopting 3D laser foot scanners for customized shoe production has the following advantages and benefits:

1、High precision.

Traditional measurement requires manual measurement with soft measuring tapes and foot gauges. Such measurement is easily affected by the measurer’s experience, operating skills and applied force; in addition, data mistakes may happen due to inattention. Even without wrong data, measured results contain obvious errors, usually ±2-3mm or more.

By contrast, data collected via 3D foot scanners has much higher precision. For example, the self-developed 3DOE 3D foot scanner achieves precision within 0.5mm and can capture complete three-dimensional foot morphological features.

Manual measurement takes a long time; finishing full data measurement may cost half an hour or even over one hour, while scanning with a 3D foot scanner only takes dozens of seconds. It improves both efficiency and precision. This high-tech device is more cost-effective especially for mass production and helps enhance enterprise competitiveness.

2、It can effectively assess potential foot problems and produce matching functional shoes.

Measurements from the 3DOE 3D foot scanner can not only deliver high-precision data but also abundant data. More than 60 sets of critical foot data can be collected within dozens of seconds.

It can export STL and other 3D data as well as complete measurement reports, and these reports can effectively diagnose foot issues such as high arch, flat foot, foot varus and foot valgus.

Users who take the measurement can fully learn about their personal foot conditions.

Moreover, the collected data supports customization of corresponding corrective shoes, including orthopedic footwear for flat feet, high arches and foot varus.

Thanks to high precision, shoes customized from 3D scanning data fit better, provide more comfortable wearing experience and better protect foot health.

3、Shorten construction periods and effectively cut down the delivery cycle of customized shoes.

In measurement, traditional manual sizing takes half an hour to one hour, yet scanning with a 3D foot scanner only needs dozens of seconds.

In shoe last processing, conventional carving takes 3 to 15 days, while digital shoe lasts designed and manufactured by CAD/CAM systems take roughly half an hour.

Overall, custom footwear made with traditional techniques takes 4-8 weeks for delivery, while modern production with 3D foot scanners only needs 1-2 weeks, and urgent orders can be shipped within 48 hours.