Single Channel Shock Wave Therapy System

The HTSY® quality Single Channel Shock Wave Therapy System is a non-invasive instrument. It uses the energy generated by compressed gas to drive the projectile inside the impact handle, causing the projectile to strike the probe in a pulse form and thereby form a divergent shock wave. This pressure wave generated through elastic collision can effectively relieve the discomfort in the patient's painful area, promote local blood circulation, and also assist in tissue regeneration and repair.

The application scenarios of the HTSY® shock wave therapy system are quite extensive. The HTSY® shock wave therapy devicemainly used in orthopedics, rehabilitation departments and pain management departments, and can also be applied in daily home health care. The applicable conditions cover osteoarthritis, tenosynovitis, periarthritis of the shoulder and other musculoskeletal diseases, and can also extend to the fields of sports injury repair and chronic pain management.

This HTSY® Single Channel Shock Wave Therapy System has won the recognition of a large number of customers at home and abroad with its reasonable pricing, effective therapeutic effect and stable and reliable quality. At present, our products have been successfully exported to many countries and regions such as Europe, America, the Middle East and Southeast Asia.

Product Paramenters

Product Details

Our HTSY® shock wave therapy device is equipped with two types of treatment probes: collimated and divergent. These probes also come in different size specifications. Among them, the collimation treatment probes are available in 6mm, 9mm and 15mm. The divergent treatment probes are available in 15mm, 20mm and 25mm. You can choose the appropriate model based on the specific situation of your actual treatment.

Treatment Mechanism

1.Cavitation effect

Simply put, it is that the tiny gas nucleus cavitation bubbles that originally exist in the fluid between tissues, when combined with the newly generated cavitation bubbles under the influence of shock waves, will undergo expansion and contraction changes under the influence of shock waves. This effect occurs when the intensity of the shock wave exceeds a certain level and these cavitation bubbles rupture and disintegrate. The so-called "destruction and reorganization" that is often mentioned actually boils down to the cavitation effect at its core. It is mainly used to unblock blocked capillaries and can also loosen the adhesions of soft tissues in joints.

2. Stress effect

The stress effect generated by the HTSY® Single Channel Shock Wave Therapy System forms a force on the surface of tissue cells. This force plays an important regulatory role in the growth, absorption and reconstruction of bones. Moreover, shock waves can enhance the permeability of cell membranes and simultaneously cause deformation of the intercellular matrix. These changes are conducive to the recovery of cell functions and have a positive promoting effect on bone repair, cell activity enhancement, and so on.

3.Analgesic effect

The analgesic effect of ESWT is achieved through multiple mechanisms working together. In simple terms, it can cause the unmyelinated nerve fibers responsible for transmitting mild sensations to gradually degenerate, thereby reducing the transmission of pain signals. At the same time, it will also reduce the number of neuropeptides related to pain, which is equivalent to weakening the "boosting factor" of pain. In addition, it will overstimulate the nosorreceptors, causing these pain-sensing "receptors" to temporarily lose their sensitivity. Moreover, it can also alter the transmission process of pain nerves and block the transmission of pain signals from multiple links. Through this series of effects, the HTSY® shock wave therapy system can exert analgesic effects from different angles and help patients effectively relieve pain.

4.Metabolic activation effect

The tensile and compressive stresses generated by the shock wave of the HTSY® Single Channel Shock Wave Therapy System can trigger the piezoelectric effect. This effect can change the cellular potential of the tissue at the site affected by the shock wave, and then treat diseases through the biological effects brought about by the charge change. Low-energy extracorporeal shock waves (ESW) can not only stimulate the formation of bone tissue but also promote the bone resorption process, playing a bidirectional regulatory role in bone growth, repair and metabolism.