Shockwave Therapy Machine Deep Massage for Pain Relief Muscle Relaxed

Product Advantages

Deep Penetration, Targeting the Root of Pain
Unlike conventional massage devices that only target the surface of the skin, this device utilizes specialized shockwave technology, allowing energy to precisely penetrate deep into muscle tissue and fascia. The deep massage effect created by high-frequency mechanical vibrations effectively loosens muscle adhesions, unblocks blocked meridians, and relaxes tense muscles from deep within. This breakthrough, for chronic pain conditions such as lumbar muscle strain, plantar fasciitis, and tennis elbow, goes beyond superficial relief to address the root cause.

Convenient and Easy to Use, Suitable for Various Scenarios
Our machine features a lightweight design and ergonomically designed handles, allowing one person to easily manipulate multiple areas, including the neck, shoulders, waist, and legs. No professional therapist is required, and it can be used at home, in the office, or after a workout. This frees professional-grade physical therapy from location and time constraints, meeting diverse needs for daily wellness and immediate relief.

Long-term Care Reduces Recurrence
Unlike passive, temporary pain relief, our physiotherapy device achieves a progressive recovery effect of “pain relief – repair – strengthening” through multiple mechanisms, including improving local microcirculation, activating osteoblast activity, and inhibiting pain signal transmission. Long-term, regular use can enhance muscle toughness and improve joint mobility, fundamentally reducing the recurrence of sports injuries and chronic pain.

Product Details

High-Definition Touchscreen
Our shockwave therapy device features a high-definition touchscreen, allowing you to adjust treatment frequency and intensity at any time. It offers intelligent operation and convenient response.

12 Modes
Our shockwave therapy device features 12 modes, corresponding to 12 specific areas of the body. Users can choose the desired area based on their needs. Each mode has a recommended frequency, intensity, number of strokes, and working head, providing a more comprehensive range of functions.

Heat Dissipation Vents
Our shockwave therapy device features heat dissipation vents on the sides and back. These vents ensure that heat generated by the device’s core components is quickly dissipated through air convection, preventing high temperatures from affecting operational stability and service life. They also prevent dust and foreign matter from entering the device, achieving a balanced balance of heat dissipation efficiency and protection.

LED Light Strip
Our shockwave therapy device features an LED light strip located along the edge of the device. This low-power, soft blue light source provides intuitive feedback on the device’s operating status. The uniform, non-glare light provides both status indicators and a refined appearance.

Working Handle
The handle of this shockwave therapy device features a gold-colored exterior. Its sleek, ergonomic design makes it easy to hold and reduces hand fatigue. Heat dissipation holes ensure that internal heat is dissipated quickly during continuous use, preventing overheating that could affect device performance and extending the lifespan of the handle. Operation buttons are located on the side of the handle, allowing for one-touch start and easy one-handed operation.

12 Application Modes

Wrist

Applicable people/diseases: tenosynovitis, finger arthritis, wrist osteoarthritis, wrist tendonitis, non-union of fractures
Energy intensity: 20mj
Frequency: 2-6Hz
Number of single shocks: 1500 times
Single treatment duration：5-10 minutes. For smaller wrist treatment areas, this allows for coverage of key areas in a relatively short time.
Treatment duration:Treatments are typically performed 2-3 times per week, with a typical course of 3-5 weeks. The duration varies depending on the severity of conditions such as tenosynovitis and arthritis.

Forearm

Applicable people/diseases:Lateral epicondylitis (tennis elbow, a chronic tear caused by repetitive strain on the forearm extensor muscles) and medial epicondylitis (golfer’s elbow)
Energy intensity: 30mj
Frequency: 3-6Hz
Number of single shocks: 1500 times
Single treatment duration：8 – 12 minutes. The forearm muscles and tendons are more distributed, so it is necessary to ensure even energy coverage.
Treatment duration:Treatment is usually given 2-3 times per week for 3-6 weeks. For common conditions like tennis elbow, the duration of treatment will be determined by pain relief and functional recovery.

Upper arm

Applicable people/diseases:Tenosynovitis of the long head of the biceps brachii
Energy intensity: 10mj
Frequency: 6-10Hz
Number of single shocks: 2000 times
Single treatment duration：8-12 minutes, focusing on areas such as the biceps to ensure energy reaches affected tendons and muscle tissue.
Treatment duration:2-3 times a week, generally 3-5 weeks as a course of treatment, for conditions such as long head of biceps tenosynovitis.

Shoulder

Applicable people/diseases:Rotator cuff injury, subacromial bursitis, and frozen shoulder (frozen shoulder, characterized by pain, stiffness, and limited motion)
Energy intensity: 80mj
Frequency: 10-12Hz
Number of single shocks: 1500 times
Single treatment duration：10-15 minutes. The shoulder is a complex structure and treatment requires attention to multiple directions and levels.
Treatment duration:2-3 times a week, one course of treatment is about 4-6 weeks. For example, for rotator cuff injury, frozen shoulder, etc., the course of treatment will vary depending on the severity.

Chest

Applicable people/diseases:Costochondritis, sternal chondritis, etc.
Energy intensity: 80mj
Frequency: 5-8Hz
Number of single shocks: 1000 times
Single treatment duration：8 – 12 minutes. Chest treatments should be performed with caution to avoid overstimulation of energy.
Treatment duration:1-2 times a week, the treatment course is usually 4-6 weeks, which is adjusted according to the recovery of conditions such as costochondritis.

Waist

Applicable people/diseases:Lumbar muscle strain, lumbar transverse process syndrome, lumbar disc herniation, myofascial syndrome, supraspinal ligament injury, posterior ramus syndrome, etc.
Energy intensity: 110mj
Frequency: 9-13Hz
Number of single shocks: 1500 times
Single treatment duration：10-15 minutes. The lumbar region is large and complex, requiring ample time for energy transfer.
Treatment duration:2-3 times per week, approximately 4-8 weeks. For conditions such as lumbar muscle strain and lumbar disc herniation, the specific treatment duration will be determined based on pain relief and improvement in lumbar function.

Buttocks

Applicable people/diseases:Gluteal myofasciitis, hip muscle strain, sciatica, etc.
Energy intensity: 220mj
Frequency: 8-10Hz
Number of single shocks: 2000 times
Single treatment duration：10-15 minutes. For patients with thick buttocks, the shockwaves must penetrate deeply into the affected area.
Treatment duration:2-3 times per week for 4-6 weeks, depending on the response to treatment for conditions such as gluteal myofasciitis.

Thigh

Applicable people/diseases:Greater trochanter bursitis, etc.
Energy intensity: 210mj
Frequency: 8-10Hz
Number of single shocks: 2000 times
Single treatment duration：10-15 minutes to ensure the appropriate shockwave energy reaches the thigh muscles and related tissues.
Treatment duration:2-3 times per week, generally 4-6 weeks, depending on the recovery of conditions such as greater trochanteric bursitis.

Lower leg

Applicable people/diseases:Chronic gastrocnemius strain, shin pain, etc.
Energy intensity: 90mj
Frequency: 13-16Hz
Number of single shocks: 1500 times
Single treatment duration：8-12 minute session targeting the calf muscles and tendons.
Treatment duration:2-3 times per week, typically 3-6 weeks, depending on the progress of the condition, such as a chronic calf strain.

Privacy

Applicable people/diseases:Peyronie’s disease, erectile dysfunction
Energy intensity: 15mj
Frequency:12-15Hz
Number of single shocks: 2000 times
Single treatment duration：The procedure takes 10-15 minutes, requiring relatively delicate manipulation and careful energy control.
Treatment duration:1-2 times per week, potentially lasting 6-8 weeks. For conditions like Peyronie’s disease, close monitoring of treatment efficacy and adverse reactions is necessary.

Low frequency

Applicable people/diseases:Musculoskeletal system diseases (tendinitis, fasciitis, delayed fracture union and nonunion), soft tissue injury diseases (muscle strain, ligament injury), avascular necrosis of the femoral head, etc.
Energy intensity: 200mj
Frequency: 1-3Hz
Number of single shocks: 1000 times
Single treatment duration：About 10-20 minutes.
Treatment duration:2-3 times per week for 4-6 weeks, depending on the response to treatment.

Currency

Applicable people/diseases:Neurological diseases (such as sciatica, trigeminal neuralgia, etc.), chronic pain of the musculoskeletal system (chronic lumbar muscle strain, knee osteoarthritis), soft tissue adhesions (such as muscle, tendon, fascia and other soft tissue adhesions after surgery or trauma).
Energy intensity: 130mj
Frequency: 1-16Hz
Number of single shocks: 1500 times
Single treatment duration：10-20 minutes.
Treatment duration:Neurological disorders（Treatments are performed 2-3 times per week, typically for 4-8 weeks），Chronic musculoskeletal pain（Treatments are typically performed 2-3 times per week, typically for 6-10 weeks），Soft tissue adhesions（Treatments are performed 2-3 times per week, typically for 5-8 weeks）

Note: In each mode, the parameters can be adjusted according to the actual situation.

Transmitter Heads Introduction

1#Acupuncture head
8mm
Subtle deep acupoint stimulation

2#Small divergent work head
15mm
conditioning of acupoints of human limb joints

3#focused work head
15mm(concave)
deep conditioning of large muscle groups

4#Focused Work Head
20mm(concave)
Deep stimulation and conditioning of small muscle groups of the human body

5#Divergent Work Head
36mm
By default, it is installed on the handle to condition the surface muscles of large muscle groups (such as waist and buttocks) of the human body

6#Flat Head

Used for regulating male functional plates(such as: male prostate, sexual dysfunction)

7#Cylinder-shaped Head
For regulating the deep parts of male functional plates

Comb Soft Head
Attaches to the working head to care for highly sensitive areas

Conical Soft Head
Attaches to the working head to care for highly sensitive areas

Curved Soft Head
Attaches to the working head to care for highly sensitive areas

Flat Top Head
Attaches to the working head to care for highly sensitive areas

Flat Long Head
Attaches to the working head to care for highly sensitive areas

Short Curved Head
Attaches to the working head to care for highly sensitive areas

Small Conical
Attaches to the working head to care for highly sensitive areas

Silicon Cases x5
Attaches to the work head to reduce friction and impact on the skin.

Rubber Sleeve Functions

1. Core Function: Transmitting Shockwave Energy to Ensure Treatment Effectiveness

Shockwave therapy works by applying high-energy sound waves generated by the device to the affected area (such as muscle strain, fascial adhesions, and periostitis), stimulating tissue repair and relieving pain. However, air attenuates shockwave energy very strongly (sound waves dissipate rapidly in air). If the treatment tip comes into direct contact with the skin, tiny bubbles can easily remain between the two, causing most of the energy to be lost and preventing precise delivery to the affected area.

The working rubber sleeve tightly adheres to the skin and the treatment tip, effectively creating an “energy conduction channel” to minimize shockwave loss during transmission, ensuring that energy is precisely delivered to the target tissue at the pre-determined dose and ensuring therapeutic effectiveness.

2. Safety Protection: Isolating the device from the human body to prevent cross-infection

Shockwave therapy requires surface treatment, and the treatment area may contain skin damage, sweat, or secretions depending on the patient. The working rubber sleeve completely blocks direct contact between the treatment tip and human skin, preventing: cross-infection between patients (e.g., the spread of bacteria and viruses through treatment tip residue);

Allergic reactions or mechanical irritation (e.g., scratching) that may occur when the treatment tip material (e.g., metal, hard plastic) comes in direct contact with sensitive skin. Furthermore, some rubber sleeves provide a certain degree of cushioning, reducing the direct impact of shock waves on the skin surface and minimizing stinging or discomfort during treatment.

3. Device Protection: Extending the Lifespan of the Treatment Tip

The treatment tip of a physiotherapy device is a precision component. Direct contact with the skin can cause wear and corrosion due to surface oils, sweat, dust, and tiny impurities. Long-term use can lead to a loss of sealing, unstable energy transmission, and shortened device lifespan.

The working rubber sleeve, placed over the treatment tip, acts as a protective shell, shielding it from direct contact with contaminants and physical friction, reducing device maintenance costs and extending the lifespan of core components.

4. Improved Adaptability: Adapts to Different Areas, Ensuring Treatment Coverage

The morphology of treatment areas on the human body varies significantly (e.g., joints, muscle depressions, and bony protrusions). The highly elastic material of the working rubber sleeve allows for flexible deformation with the movement of the treatment tip, closely conforming to the varying curvatures of the skin surface. This ensures that the shock wave energy evenly covers the affected area, avoiding “energy dead spots” caused by loose fit.

How to Use

(1) Select the appropriate working head, hold the handle with one hand, and install the working head in a clockwise direction with the other hand.
(2) Insert the multi-core plug at the end of the impact therapy handle into the OUT socket on the front of the main unit.
(3) Insert the main unit power cord into the main unit power socket.
(4) Turn on the power and press the red button on the back of the instrument.
(5) Enter the default password 23456 and select the treatment mode. Each mode has a recommended coefficient, which can also be adjusted according to personal situation.
(6) Press the power button on the handle and the machine will enter the working state.

Note:

• The handle must be inserted to operate the touch panel.
• Do not unplug the OUT socket directly when the massage handle is turned on.
• Turn off the power and wait for about 15 seconds before unplugging the handle power plug.

Package List

1 X Main Unit
1 X Handle
1 X Power Cord
7 X Working Heads
7 X Silicone Sleeves
5 X Working Head Rubber Sleeves
Other Handle Maintenance Tools

Handle Maintenance

(1) Remove the work head. Use the designated tool to loosen the screws on both sides of the handle, but do not remove it completely.
(2) Use a metal piece to unscrew a component from the handle.
(3) Remove the black rubber ring, metal piece, spring, and spring element from the handle. If the spring is deformed, replace it. Wipe the components clean with a clean cloth.
(4) Observe the spring, finding one side larger than the other. Place the smaller side on the spring element, insert the handle, and then lower the black rubber ring. Finally, lower the metal piece. The metal piece has a dimple facing downward. Reinstall the removed component with the cutout facing upward. Tighten the component with the metal piece.
(5) When the two notches on the component and the screws on either side form a cross, installation is complete. Use a small tool to tighten the screws on both sides and reinstall the work head. The handle is now serviced.