What are the application principles and application scenarios of the 3DOE eSole300C foot scanner?

3DOE eSole300C is a plantar 3D scanner device based on the principle of laser scanning.

This device can collect more than 20 key parameters of the plantar, and can generate 3D data formats such as STL.

This is a portable scanning device. When going out, it can be shipped in the supplied flight case. The size of the flight case is 480x240x710mm, and the weight is about 23KG. There are wheels under the flight case, which can be dragged directly without effort. This device is very suitable for on-site testing services or business trips.

The net weight of the device is 11kg, and it can be used with a laptop or a desktop computer.

If it is often carried outside, a laptop is more suitable.

If it is used in a store without frequent going out, a desktop computer can be used.

The eSole300C supports full-weight-bearing, semi-weight-bearing and non-weight-bearing scanning measurements, which can be selected according to specific application requirements.

Another very obvious feature of this device is its high precision, with an accuracy of 0.5mm. At present, its precision ranks among the top in the industry, and it is widely loved and welcomed by users.

The eSole300C is very easy to operate. The software on the device provides voice-guided operation. Users only need to operate step by step according to the voice prompts. Both the elderly, children and adults can learn it immediately. It is a foolproof operation. Moreover, the measurement speed is very fast, and it generally only takes about 10 seconds to complete plantar data collection.


Many people may worry whether the laser of this device has radiation.

There is no need to worry about this. The device adopts Class 2M laser + white light LED, which is completely harmless to the human body and eyes, and can be used by all groups of people.

The main application scenarios of the eSole300C are as follows:

1. Applied in the foot rehabilitation department of hospitals, it can help doctors evaluate flat feet, high arches, foot varus, foot valgus, and judge foot types.

2. It can also be applied in the design and production of orthotic insoles. Insole designers or rehabilitation therapists can formulate orthotic plans based on the collected plantar data, and at the same time import the measured STL 3D data into professional insole design software for insole design and personalized customization, so as to produce orthotic insoles with corrective effects.

3. Applied in the batch screening of teenagers' feet on campus, it can detect possible foot problems of teenagers in a timely manner and provide early intervention, so as to better ensure the healthy development of teenagers' feet.

4. Applied in offline shoe stores, it can attract surrounding customers to the store for evaluation, allowing users to better understand their own feet, intelligently select shoe sizes and shoes, and improve the conversion rate of customers purchasing shoes and insoles.