Energy Stabilization

The instrument adopts electromagnetic shock wave，the energy output is precise and stable, and the shock wave generated by electromagnetic drive can precisely focus on the target tissue area, and the depth and range can be precisely regulated, which provides a high degree of accuracy for the treatment and facilitates precise striking of the lesions. At the same time, the technology has a high energy conversion efficiency, can produce relatively high energy peak, which makes it in the relief of pain, promote tissue repair and regeneration performance, for chronic intractable pain and all kinds of sports injuries rehabilitation effect is remarkable.

Excellent Quality

The metal material has excellent mechanical strength and stability, which can provide a solid support structure for the precise electronic components, sensors and conduction system inside the physical therapy instrument, ensuring the integrity of the physical structure of the instrument during long-term use and frequent operation, reducing the risk of deformation or damage due to external forces, and thus guaranteeing the accuracy and stability of the treatment parameters.

Large Screen Display

8 inch screen size can clearly and comprehensively display a wealth of treatment parameters, functional modes and operation guidelines, graphic and text interface design enables healthcare professionals and patients to intuitively and quickly understand and carry out accurate operation. 8 inch touch screen supports sensitive touch feedback, can respond to real-time operation commands.

High Safety Feature

Good heat dissipation performance can prevent overheating of the equipment due to prolonged use, avoiding damage to key components due to high temperatures, reducing the incidence of equipment failure, prolonging its service life, guaranteeing long-term stable operation, and at the same time reducing the potential safety hazards caused by equipment failure. The device is also designed with a fuse to avoid potential electrical safety problems caused by abnormally high currents, providing a safe environment for use. 

User-Friendly Design

The device is specially equipped with a foot pedal, which features a highly user-friendly design. By using this foot pedal to control the switch, the operation process becomes extremely convenient. In daily work scenarios, operators don’t need to divert their attention to operate complex control buttons by hand. Instead, they can simply apply force to the foot pedal with their feet flexibly according to the work rhythm. Gently pressing down or releasing the foot pedal can smoothly turn the switch on or off, which greatly improves operational efficiency.

Multifunctional Feature

The product supports 1-18hz frequency and 50-200mj energy switching, according to the depth of different tissues and disease characteristics, accurate selection of the appropriate frequency, to achieve accurate treatment; seven working heads from the form to function of each difference, can adapt to the complex contours of various parts of the body, to ensure that the shock wave uniformly and efficiently act on the target area, to meet the needs of a variety of diseases treatment, greatly broadening the scope of application of the instrument, enhance the therapeutic targeted and effective treatment.

1#
8mm Transmitter Head
For meridian between fingers

2#
15mm Concave Transmitter Head
Imitatingfinger massage

3#
15mm Convex Transmitter Head
Massage on bothsides of the spine

4#
20mm Concave Transmitter Head
Deep muscle relaxation

5#
36mm Transmitter Head
For full bodymuscle massage

6#
Single point
Single point deep muscle massage

7#
Flat head
Relax muscle knots

8#
Silicone Head
Headgear protection

Promotion of Blood Circulation

Shock wave energy stimulates the endothelial cells of blood vessels, prompting them to release vasodilating factors such as nitric oxide, which dilates local blood vessels and increases blood perfusion. The improved blood circulation can bring more oxygen, nutrients and immune cells to the damaged tissues, accelerating the repair process of the tissues, relieving the pain caused by ischemia and hypoxia, and facilitating the subsidence of inflammation and the recovery of joint function.

Mechanical Stress Effect

The high-energy pulsed waves generated by radial shock waves are transmitted into tissues and form intense mechanical stress at the interfaces with different acoustic impedances. This stress can directly act on pain receptors, reducing their sensitivity and decreasing the transmission of pain signals, thereby alleviating the perception of pain. Meanwhile, it exerts a stretching and loosening effect on the adhesive tissues, contracted muscles and tendons around the joints, improving joint mobility and relieving the pain caused by tissue stiffness and contracture.

Stimulation of Cell Repair and Regeneration

Shock waves stimulate the biological effect of cells, activate fibroblasts, stem cells, etc., and promote their proliferation and differentiation, accelerating the repair and regeneration of damaged tissues.

Reduction of Inflammatory Response

Shockwave can inhibit the activity of inflammatory cells and reduce the release of inflammatory mediators, thus reducing the inflammatory response of local tissues. The reduction of inflammation helps to relieve pain, swelling and other symptoms, creating a favorable microenvironment for tissue repair and promoting joint pain relief and functional recovery.

Elbow:The mechanical stress generated by the shock wave acts precisely on the damaged tissues at the elbow, such as the tendon of the epicondyle of the humerus in tennis elbow, effectively loosening the adhesion and fibrosis formed due to repeated pulling and injuries, and restoring the normal elasticity and mobility of the tendon; the cavitation effect stimulates the local cells to promote the proliferation of fibroblasts and the synthesis of collagen, which accelerates the repair process of the damaged tendon tissues; at the same time, the shock wave can At the same time, the shock wave can improve blood circulation in the elbow area, deliver more oxygen and nutrients to the diseased tissues, take away the inflammatory metabolic products, reduce the inflammatory reaction, and then relieve the elbow pain, swelling, and enhance the elbow’s motor function, and ultimately realize the therapeutic effect on elbow diseases.

Knee:The mechanical stress generated by shock wave can act on the tissues around the knee joint, and promoting the recovery of the flexibility of the tissues; the cavitation effect can stimulate the activity of the cells, accelerate the proliferation of chondrocytes as well as promote the synthesis of collagen, which can help to repair the damaged cartilage tissues; at the same time, the shock wave can improve the local blood circulation of the knee joint and bring more oxygen and nutrients to the diseased tissues. At the same time, shock wave can also improve the local blood circulation of the knee joint, bring more oxygen and nutrients to the diseased tissues, take away the metabolic waste, reduce the inflammatory reaction, and then relieve the symptoms of knee pain and swelling, and enhance the activity function of the knee joint, and finally achieve the therapeutic effect.

Shoulder:When shockwave treats the shoulder area, the mechanical stress generated can precisely act on the shoulder muscles, tendons, joint capsule and other tissues, effectively loosening the adhesion and contracture caused by frozen shoulder, shoulder injury, etc., and restoring the mobility of the shoulder; the cavitation effect stimulates the local cells, promotes the proliferation and differentiation of the cells, and accelerates repair of the damaged tissues, for example, promotes the healing of the rotator cuff tendons; at the same time, the shockwave improves the circulation of shoulder blood, provides sufficient nutrients for the tissues and takes away the inflammatory substances to reduce inflammation and pain. At the same time, shock wave improves blood circulation in the shoulder, provides sufficient nutrients for the tissues and takes away the inflammatory substances, reduces inflammation and pain, inhibits pain signal transmission, and promotes the secretion of endorphin and other analgesic substances, so that under the comprehensive effect, it relieves the symptoms of shoulder pain and stiffness, and enhances the function of the shoulder, so as to achieve the effect of treating the diseases in the shoulder area.

Hip:Shock wave treatment of the buttocks, the energy wave generated by the action of the buttocks, through the mechanical stress effect on the pear-shaped muscle, gluteal muscle and other muscles and surrounding tissues, loosening due to strain, strain or spasm adhesions and nodules, restore muscle elasticity and normal tissue structure; cavitation effect stimulates the activity of the cells to promote the buttocks damaged muscle fibers, fascia and other tissues of the repair and regeneration; at the same time, the shock wave can accelerate At the same time, the shock wave can accelerate local blood circulation, increase the supply of oxygen and nutrients, take away metabolic wastes and inflammatory factors, reduce the inflammatory reaction, and then alleviate the symptoms of buttock pain, numbness, and radiating pain in the lower limbs caused by the pyriformis muscle syndrome, etc., and improve the function of buttock muscles and joint mobility, so as to achieve the effect of treating buttock diseases.

Wrist/Hand:Shockwave energy can precisely penetrate into the deep tissues of the hand and wrist, generating a mechanical stress effect inside the tissues, stimulating vasodilation, improving blood circulation, accelerating local metabolism, and reducing the accumulation of inflammatory mediators, thus relieving pain and swelling symptoms, such as tenosynovitis, carpal tunnel syndrome, and other common conditions. At the same time, the shock wave can also activate the cell self-repair mechanism, promote the proliferation of fibroblasts and collagen synthesis, accelerate the repair and regeneration of damaged tendons, ligaments and articular cartilage and other tissues, enhance the stability and flexibility of the tissue, and then restore the normal function of the wrist/hand part, to achieve effective therapeutic effect.

Foot/Ankle:A series of biological effects are triggered in the tissues by the generated high-energy shock waves. The mechanical stress stimulation of the shock wave can promote local blood circulation, accelerate metabolic waste discharge and nutrient delivery, reduce inflammatory response, and relieve pain and swelling. At the same time, its energy can activate intracellular signaling pathway, induce cell proliferation, differentiation, promote the repair and regeneration of damaged tendons, ligaments, cartilage and other tissues, enhance the mechanical properties of the tissues, and restore the normal anatomical structure and function of the foot/ankle, and ultimately achieve the effective treatment of a variety of injuries and pain in this area.

Lumbar:The mechanical stress triggered by the shock wave energy can change the physical environment around the cells, stimulate the release of vascular endothelial growth factor, prompting new blood vessels, improve blood circulation in the lumbar muscles, intervertebral discs and the surrounding tissues, and alleviate pain and inflammation caused by ischemia and hypoxia. At the same time, the shock wave induces the activation and proliferation of stem cells in the tissues, promotes the repair and regeneration of damaged fibrous annulus, nucleus pulposus and lumbar muscles, enhances the stability of lumbar vertebrae, relieves pain and dysfunction brought about by lumbar disc herniation, lumbar muscle strain and other conditions, so as to achieve therapeutic effects and help patients restore normal lumbar mobility and physiological function.

ED:The use of low-intensity shock waves acts on the cavernous body of the penis, triggering a series of physiological reactions. The mechanical stress can stimulate the vascular endothelial cells in the corpus cavernosum, prompting an increase in the release of nitric oxide (NO), which further mediates vasodilatation and improves blood circulation in the corpus cavernosum so that the penis can be fully engorged with blood and erected. At the same time, the shock wave may also activate the stem cells in the cavernous body of the penis, promote vascular neovascularization and nerve repair, fundamentally improve the erectile function of the penis, alleviate the ED problem caused by vascular or neurological factors, so as to achieve the therapeutic effect.