Fascia gun detection

1. Test items

Vibration frequency accuracy: This is one of the key indicators to measure the performance of the fascia gun. Use a professional vibration frequency tester to detect the actual output vibration frequency when the fascia gun is running at various gears, and compare it with the value marked in the product manual. The smaller the error, the better. Only accurate and stable vibration frequency can ensure consistent stimulation of muscle fascia. If the frequency deviation is too large, it may not be able to effectively loosen muscle nodules, affecting the relaxation effect.

Strike force uniformity: The pressure sensors are distributed at different positions of the massage head to simulate the force of human muscles and detect whether the striking force of the fascia gun is uniform when working. Uneven striking force can easily cause local excessive force and cause muscle damage, especially when used for a long time, the risk is higher. For example, when testing the spherical massage head, ensure that the deviation of the striking force in all directions is within a safe range.

Noise level: At the maximum and common gears of the fascia gun, use a noise tester to measure the noise decibel value at a certain distance from the gun body. Excessive noise not only affects the user experience, but may also indicate poor motor performance or mechanical structure problems. For fascia guns used in public places such as offices and gyms, low noise is a must.

Battery life: simulate daily use scenarios, record the time the fascia gun can continue to work from full charge to exhaustion, compare the product's nominal battery life, and determine whether it meets the standard. At the same time, test the charging function, including charging time and safety during charging, to ensure convenient use and no hidden dangers.

2. Testing method

Laboratory professional testing: In a standard acoustic and mechanical laboratory environment, use high-precision instruments and equipment to accurately measure the various performance indicators of the fascia gun in accordance with strict operating procedures. Repeat the test many times and take the average value to reduce the error and ensure the reliability of the data.

Actual use simulation: Invite volunteers of different occupations and different fitness habits to actually use the fascia gun in scenarios such as after exercise and office breaks, and collect their feedback on massage effects, comfort, and ease of operation as a supplementary basis for testing.

3. Testing standards

National standards: clearly stipulate the basic performance parameters of fascia guns, such as vibration frequency range, maximum noise limit, battery safety standards, etc., to ensure that consumers purchase qualified products and meet basic health needs.

Industry standards: Relevant industry associations or leading companies such as fitness equipment and rehabilitation equipment will formulate stricter standards on this basis. For example, for fascia guns used by professional athletes, higher requirements are put forward in terms of striking force stability and endurance optimization, which will promote the upgrading of industry technology.

4. Significance of testing

Ensure user safety: Strict testing can avoid problems such as muscle strain and contusion caused by performance defects of fascia guns, such as excessive vibration and uneven hitting, so that users can enjoy the muscle relaxation process with confidence.

Promote product quality improvement: Unified and standardized testing prompts companies to pay attention to R&D and production links, eliminate inferior products, and promote the entire fascia gun industry to develop in a higher quality and more professional direction.