What data can the foot type 3D laser measuring instrument eFoot320 measure and in what aspects is it

Foot type 3D laser scanner, also known as foot type three-dimensional laser scanner, mainly collects morphological data of human feet through laser principles.

eFoot320 is a model in the foot type three-dimensional laser scanner product series independently developed by 3DOE.

The eFoot320 belongs to the portable model, featuring light weight and convenient outdoor carrying, and only an aviation case is required for outer packaging. The outer packaging dimension is 710×330×370mm with a weight of 29.5kg. The aviation case is equipped with wheels at the bottom, allowing it to be pushed during outdoor use with great convenience. This device is equipped with a portable display, which is also easy to carry.

Adopting non-contact laser scanning, this device causes no harm to human bodies and eyes. Its accuracy can reach 0.5mm. The output 3D data formats include STL, ASC, OBJ and others. It can also directly export measurement reports with visualized charts, enabling users to clearly understand their foot health conditions at a glance, with more than 60 key foot measurement data items covered.

The measurement operation is extremely simple. Users stand on the device and follow the voice prompts of the software to scan the left foot first and then the right foot. The scanning and measurement of each foot only take about 10 seconds, delivering fast measurement speed, time-saving performance and comprehensive data.


The eFoot320 is applicable to the following fields:

1. Production of customized shoes and corrective shoes.

After obtaining 3D foot data via the foot scanner, the data can be imported into shoe design software, and designers can conduct personalized optimization or correction design on the software.

Shoe production will be launched after the design is completed.

In the shoe production process, material selection and other procedures can be combined with users’ demands to meet personalized wearing needs and foot correction needs.

However, customized shoes are more expensive than ordinary shoes due to one-to-one customization and higher production costs, while they offer better wearing comfort and can correct foot deformities.

2. Application in footwear stores.

The introduction of this device in footwear stores can drive store traffic and attract nearby consumers to take foot measurements.

It can also guide customers to select suitable shoes and insoles matching their foot conditions through the software. If foot problems such as flat feet and high arches are detected during measurement, targeted services including customized correction solutions can be provided to maintain foot health, thereby expanding the store’s revenue channels.

3. Application in hospitals and rehabilitation institutions.

The introduction of the eFoot320 device in hospitals and rehabilitation institutions assists doctors in quickly evaluating patients’ foot health conditions, including rapid detection of flat feet, high arches, hallux valgus, hallux varus, heel varus, heel valgus and other foot problems.

With accurate numerical data and detailed measurement reports, doctors can make more precise diagnosis on foot health, and patients can intuitively know their own foot conditions to improve overall service experience.

The measured data can serve as an important reference for subsequent correction plans such as the production of corrective shoes and other auxiliary appliances. Both the 3D scanning data and measurement reports play a vital supporting role in relevant work.

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