Difference between focused shock waves and divergent shock waves
Focused shock waves: Suitable for treating deep trigger points and pain in bones and joints
Divergent shock wave: Suitable for treating shallow tissue and large area pain.
Case Details
The difference between focused shock waves and divergent shock waves
Focused shock waves: Working principle: The strong compressed airflow generated by supersonic motion can reach a propagation speed of up to 1500 m/s. The pressure wave is generated by the expansion and contraction of the piezoelectric crystal, and the energy is focused on the fine focus under the skin. Waveform: The focused shock wave can reach its peak within nanoseconds and has a higher frequency. Energy:The energy of the focused shock wave is higher. Focused shock waves: Suitable for treating deep trigger points and pain in bones and joints. It can accurately act on the fine focus under the skin, suitable for treating diseases that require high energy and precise focus.
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Divergent shock waves: Working principle: The pressure wave generated by the metal bullet driven by compressed gas hitting the front shock wave probe has an average speed of about 20 m/s. The bullet is driven by air pressure to hit the conductor and converted into a ballistic shock wave, and the energy focus point is on the skin surface. Waveform: The divergent shock wave needs microseconds to reach its peak and has a lower frequency. Energy: The energy of the divergent shock wave is low, but gentler. Divergent shock wave:Suitable for treating shallow tissue and large area pain. The energy is relatively uniform, suitable for treating treatment areas that need to cover a large area.
