​The foot scanner is applied to orthosis design and production ​

With the rapid development of technology, the medical field is undergoing unprecedented changes.

Among them, the foot scanner, as an advanced medical device, is gradually playing an important role in the field of orthosis design and production. This technology not only changes the traditional design and production process but also brings more precise and personalized orthosis experience to patients.

1. Working principle and advantages of the foot scanner

The foot scanner adopts advanced optical scanning technology, which can non-contactly capture precise three-dimensional morphological data of the patient's foot.

Compared to traditional measurement methods, the foot scanner has higher accuracy and efficiency, able to obtain detailed foot structure information in a short time, including key data such as arch height, foot length, width, etc.

These data are crucial for the design and production of orthoses. With the accurate data obtained through the foot scanner, doctors can more accurately assess the patient's foot condition, thereby designing orthoses that better meet the patient's needs.

At the same time, these data also provide precise parameters for the production of orthoses, ensuring the accuracy and adaptability of the orthoses.

2. Innovation in orthosis design and production

In the traditional design and production process, doctors often rely on experience and touch to design and manufacture orthoses.

However, this method often fails to guarantee the accuracy and adaptability of the orthosis. The application of the foot scanner has revolutionized the design and production of orthoses.

Doctors can obtain patient's foot data through the foot scanner and use professional design software for orthosis design.

These software programs can automatically calculate the best orthosis parameters based on the patient's foot morphology and needs. Additionally, designers can make personalized adjustments as needed to ensure that the orthosis fits the patient's foot perfectly.

In the production process, the data provided by the foot scanner also supports the precise production of orthoses. With advanced CNC machining technology, orthoses can be accurately processed and manufactured according to design data, ensuring the accuracy and adaptability of the orthoses.

3. Personalized orthoses bring new experiences to patients

The application of the foot scanner makes orthosis design and production more personalized. Each patient's foot morphology and needs are unique, and the foot scanner can accurately capture these differences, providing tailor-made orthoses for each patient.

These personalized orthoses not only better meet the patient's needs but also improve the comfort and adaptability of the orthosis. When using personalized orthoses, patients can feel more fitting, comfortable support, and correction effects, thus actively cooperating with treatment and improving treatment outcomes."