Model | V101 |
Color | blue and white |
Voltage | AC 110 / 220 V |
Frequency | 50Hz/60Hz |
Power | 200 W Max |
Current | 5A Max |
Striking Strength | 5 – 250 mj |
Working Frequency | 1 – 16 Hz |
Number of Working Heads | 19 |
Net Weight | 5Kg |
Gross Weight | 6Kg |
Instrument Dimensions | 350 X 288 X 200MM |
Package Size | 460 X 440 X 360MM |
Certification | CE Certification、CFF Certification |
Product Advantages

High-frequency output
The maximum treatment frequency of the device can reach 16Hz, which means that it strikes the affected area with a high-frequency rhythm 16 times per second, which can quickly dissipate inflammatory mediators and greatly improve treatment efficiency.

Deep Amplitude
The deep amplitude of this physiotherapy device breaks through the shallow limitations of traditional physiotherapy and achieves stable energy conduction at a depth of 5-7 cm, providing a safe and efficient solution for deep tissue repair.

Easy to use
The instrument is equipped with an intuitive user interface, making it easy to use for both professional medical staff and home users. The large display screen clearly shows various parameters, and the control buttons are reasonably arranged with clear functions.

Intelligent adjustment
The treatment parameters can be precisely adjusted according to the physical condition, disease severity and treatment feedback of different patients. The treatment frequency can be continuously adjusted from 1 to 16 Hz, the working intensity can be flexibly switched between 5 and 250 millijoules, and the number of working times can be adjusted between 500 and 3000 times.
Product Display

Product Details
Host
This host is meticulously crafted from high-quality and durable metal, which not only ensures sturdiness and long-lasting use but also exudes a sense of quality. Its body is designed in a compact manner, with an overall small and delicate size.
High-definition touch screen
The shock wave therapy device is equipped with a high-definition touch screen with a simple and intuitive operation interface. Users can easily browse various functions and adjust parameters with just a touch of their fingers.
Host Frame
The upper part of the host frame features an ingenious design that cleverly integrates the functional head and handle into an integrated bracket. This innovative design not only optimizes the compactness of the overall structure, but also greatly enhances ease of use.
Mainframe Heat Dissipation Holes
There are many pores on both sides and the bottom of the host, which greatly increases the heat exchange surface between the host and the environment. When the host heats up, the larger contact area allows heat to be transferred to the surrounding air faster, greatly improving heat transfer efficiency. Prevent performance degradation or hardware damage from overheating and ensure reliable operation and equipment longevity.
Front Part of Handle
The handle head is designed with great ingenuity and adopts a unique quick-release structure. With simple operations, users can easily and conveniently change different working heads. By quickly changing the working heads, flexible function conversion can be achieved, providing users with an efficient and convenient working experience.
Button of Handle
The switch on the handle is simple and efficient. You can accurately control the start and stop of the treatment with just a light press. The one-button control design greatly enhances the comfort and safety of use.
Cooling Fan of Handle
The handle has fine and dense heat dissipation holes distributed at the rear, greatly increasing the heat dissipation area and allowing heat to be quickly dissipated to the surrounding air. This design effectively prevents the handle from overheating during prolonged use and avoids problems such as poor feel and reduced sensitivity caused by overheating.
Transmitter Heads Introduction
Product Pages
Password Input Page
The initial password is 23456
Welcome to Use
Language Choice
Set the language in the welcome screen settings
12 Functional Modes
There are 12 function modes, you can choose according to your needs.
One of 12 Function Modes
After selecting one of the 12 modes, you’ll see the smart preset values for strokes, energy level and frequency, as well as the recommended working head. These values can be adjusted to suit the actual conditions.
Principle of electromagnetic shock wave
The high-frequency pulse current excites the flat spiral coil, generating an alternating magnetic field that causes the metal diaphragm to vibrate at high speed, converting electrical energy into mechanical energy and generating pressure waves in the coupling medium. After the pressure wave is focused by a parabolic reflector or acoustic lens, it forms a shock wave with controllable energy density (0.1-0.35 mJ/mm²) and adjustable focal depth (0-7 cm). The shock wave is tightly coupled to the human skin through the treatment head and uses mechanical stress effects (such as micro-damage repair, stress wave analgesia, cavitation fragmentation) to act on deep tissues to achieve targeted treatment of bone and muscle diseases (such as tendinitis, fracture nonunion) or soft tissue pain.
Packing List
1 x Host
1 x Working handle with cable
1 x Power cord
11 x Transmitter heads
7 x Soft tip heads
1 x Transfer head
5 x Silicon rubber cases
1 x Bracket (for handpiece and transmitter heads)
Others: The tools for maintenance of the handpiece
Usage steps
Find the painful area, apply the gel, select the area mode, click “Start” on the screen interface, and then press the button on the handle to start hitting the area. The number of times and energy frequency can be based on the system’s recommendations, or you can adjust them yourself. Do not hit in vain, and do not hit through clothes, but hit close to the skin. You can hit at a fixed point or slowly move the handle to hit the area around the area.
Area | Frequency/Energy | Number of Impacts | Number of Times | Total Number of Shots | Interval Time | Working Head Selection |
Elbows | 3HZ/3BAR | 2000-2500 | 3-5 | 6000-12500 | 5-7 Days | 2#、3# |
Wrists | 1HZ/1BAR | 2000 | 3-5 | 6000-10000 | 5-7 Days | 1#、2# |
Phalanges | 3HZ/2BAR | 2000-2500 | 5 | 6000-12500 | Every Day | 1#、2# |
Knees | 3HZ/2BAR | 2000 | 3-5 | 6000-10000 | 5-7 Days | 3#、4# |
Foots/Ankles | 3HZ/2BAR | 1000 | 3-5 | 3000-5000 | 1 Day | 1#、2# |
Shoulders | 6HZ/3BAR | 2000-2500 | 3-5 | 6000-12500 | Every Day | 5#、6# |
Back Spine | 8HZ/4BAR | 2000-2500 | 3-5 | 6000-12500 | 5-7 Days | 4#、5# |
Fat Deposits | 10HZ/4BAR | 2000-2500 | 5 | 6000-12500 | 5-7 Days | 5#、6# |
Buttocks | 4HZ/5BAR | 2000-2500 | 5 | 6000-12500 | 5-7 Days | 5#、6# |
Common Application

Shouler
The shock waves emitted from outside the body penetrate the skin and soft tissues, focusing the energy on the lesions associated with shoulder pain (such as the rotator cuff tendon, bursa or fascia, etc.).The shock waves can also exert analgesic effects by inhibiting the excitability of nerve endings and reducing the release of inflammatory mediators, improving local blood circulation and accelerating the removal of metabolic wastes, thereby relieving shoulder pain caused by chronic overuse, tendinitis, subacromial impingement syndrome, etc., and restoring shoulder joint function, and restore shoulder joint function.

Elbow
The high-energy shock waves generated outside the body penetrate the skin, muscles and other soft tissues and are precisely focused on the lesion site of the elbow (such as the extensor tendon origin of lateral epicondylitis, the flexor tendon insertion point of medial epicondylitis, or the posterior elbow bursa, etc.).The shock waves can inhibit the excitability of the nerve endings in the elbow, block the transmission of pain signals and quickly relieve pain, thereby effectively treating tennis elbow, golf elbow, elbow arthritis and chronic tendon strain caused by elbow pain and limited mobility, and restoring the function of the elbow joint.

Hip
High-energy shock waves generated in vitro penetrate the skin, fat and muscle of the buttocks and target lesions such as the piriformis muscle and gluteus maximus fascia. It loosens adhesions between muscles and fascia through mechanical stress, breaks up calcifications, and activates fibroblasts to help repair collagen fibers in damaged tendons and ligaments. The cavitation effect of the shock wave can dilate capillaries, improve microcirculation in the buttocks, accelerate the removal of metabolic waste such as lactic acid, and provide nutrients for tissue repair. In addition, it can inhibit the excitation of buttock nerve endings, block pain signals, reduce the release of inflammatory mediators, rapidly relieve pain and limited mobility caused by conditions such as piriformis syndrome, and restore buttock muscle function and joint stability.

Knee
External high-energy shock waves penetrate the skin and muscle surrounding the knee, targeting areas such as the patellar tendon, meniscus, synovium and ligament attachments. Mechanical stress loosens muscle-synovium-ligament adhesions and breaks up abnormal calcifications (e.g., calcific tendinitis of the patellar tendon). Fibroblast proliferation is activated to repair collagen fibers in damaged tissue. Shock wave cavitation dilates local capillaries, improving microcirculation to remove lactic acid and inflammatory factors for tissue repair nutrition. Analgesically, nerve endings around the knee are inhibited, pain signals are blocked, and prostaglandin release is reduced, quickly relieving knee problems such as synovitis, patellar tendinitis, and ligament strain, and restoring joint function and stability.

ED(Erectile Dysfunction)
The low energy shock waves emitted from outside the body reach the corpus cavernosum tissue through the skin and stimulate the vascular endothelial cells in the corpus cavernosum by mechanical stress, causing them to release vasoactive substances such as nitric oxide, triggering vasodilation and improving blood circulation in the corpus cavernosum. At the same time, it activates fibroblasts, promotes the synthesis of collagen and elastic fibers, helps repair the damaged tunica albuginea and vessel walls of the corpus cavernosum, and increases their elasticity and toughness. In addition, shock waves can also regulate the function of nerve endings, inhibit abnormal pain signal transmission after nerve damage, and stimulate the secretion of nerve growth factor, promoting the repair and regeneration of corpus cavernosum nerves, thereby improving the blood flow filling capacity of the penis during erection and improving the hardness and duration of erection.
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