Advantages of Foot Pressure Analysis Equipment in the Footwear Industry

Foot plantar pressure analysis equipment is a type of device that dynamically collects the distribution of plantar pressure on a person in a static or moving state through a high-sensitivity sensor array, acquires the center of pressure trajectory and mechanical data, and generates a visual analysis report, through which users can intuitively understand their own foot force conditions and gait characteristics, such as whether there is uneven distribution of plantar pressure, foot pronation, foot supination, gait abnormality, etc.

In the footwear industry, the introduction of foot plantar pressure analysis equipment has gradually become a trend.

The application of foot plantar pressure analysis equipment in the footwear industry has the following major advantages:

1. Wide analysis dimensions and more dynamic data.

Judging the arch and force situation through traditional static observation or simple footprint methods has large errors and is extremely one-sided, and due to the lack of support from dynamic data, misjudgment is prone to occur, such as the inability to capture instantaneous pressure peaks during walking, and the inability to quantify the specific force values of various areas of the sole.

Whereas through foot plantar pressure analysis equipment, the sampling frequency is extremely high, and the analyzed data is more three-dimensional, covering both static standing and dynamic walking.

For example, there are dozens of key mechanical data for footwear design such as pressure values of various plantar zones, center of pressure trajectory, contact area, impulse, gait cycle, and landing method; it can also identify gait abnormality types, left and right foot force balance, foot buffering capacity, and propulsion efficiency, completing a comprehensive evaluation of foot sports biomechanics, and giving selection references for functional shoes, support or cushioning insoles, and adaptation suggestions for sports posture; the data can be directly used for functional shoe development, shoe selection, custom orthotic insoles, and sports injury prevention assessment.

The analysis data is detailed, and the collection speed is fast, usually requiring only a few steps of walking to complete the measurement.

2. Empowering the research and development of functional shoes and the optimization of sole structures, capable of reducing trial-and-error costs.

Through the massive collection of consumers' foot plantar pressure and gait data, a rich foot biomechanics database can be established.

R&D personnel no longer rely solely on experience for the design of sole hardness and softness, but can rely on the database to precisely locate the pain points of plantar force for target groups, thereby designing shoes that are more in line with ergonomics, which can enhance the functional competitiveness of the shoes and improve user experience.

Moreover, data such as pressure heat maps analyzed by the equipment can be directly imported into 3D software like CAD to assist in generating digital sole models, especially in the partition layout of functional materials, which can shorten the R&D iteration cycle of new products, reduce some unnecessary blind prototyping processes, save time, and also reduce costs.

3. Realizing the production of personalized custom orthotic insoles and functional shoes.

In the past, customizing orthotic insoles and functional shoes had high thresholds and long cycles; after customers customized products, not only was the cost expensive, but the waiting time for products was also long, and it might take several weeks or even one or two months to receive the products for a pair of custom orthotic insoles or functional shoes.

With the introduction of foot plantar pressure analysis equipment, customization has become very simple.

The collected pressure distribution data can be directly imported into professional design software for insoles/shoes to generate digital models conforming to biomechanics, and then personalized reinforcement or cushioning designs are performed.

Then, the designed data is imported into 3D printing equipment or CNC engraving equipment for product manufacturing; this process usually takes only 1-2 hours to complete, and customers often need only a few hours or one or two days from measuring plantar pressure to receiving the products.

The designed custom insoles/shoes have more even force distribution and can also achieve certain correction and cushioning effects, resulting in high customer experience and more affordable prices.

For enterprises, it enhances professionalism, reduces after-sales rates, can better explore the functional market, and increase revenue channels.

4. Promoting the professional upgrade of retail stores and improving the shoe-buying experience.

Introducing foot plantar pressure analysis equipment in stores, by creating high-tech free foot health gait analysis to attract surrounding crowds, becomes a powerful tool for attracting traffic.

Customers can test by walking in the store, which not only allows them to understand their own plantar force conditions and gait problems, but the system can also recommend insoles and shoes suitable for their force characteristics.

If customers have conditions such as high plantar pressure zones, excessive pronation, or excessive supination during the analysis, the store can also provide customization services for functional insoles, support or cushioning running shoes, enhancing the store's added value and increasing customer stickiness.

The analyzed data can be saved and archived for a long time and retrieved for reuse at any time; subsequently, customers can directly call up the data for online purchasing of shoes and insoles suitable for their gait without coming to the store, which can also increase the customer repurchase rate.