Portable ED Shock Wave Therapy Machine

Erectile dysfunction (ED) has become a common problem for men worldwide. According to research data from renowned international medical institutions, the global prevalence of ED among men aged 40 to 70 is approximately 52%, with mild ED accounting for 23%, moderate ED for 20%, and severe ED for 9%. This problem is increasingly spreading to younger age groups, reaching approximately 15% among men aged 30 to 40. More and more young men are facing both physical and mental stress due to ED.

The causes of ED are complex and diverse. Physiologically, vascular diseases such as atherosclerosis narrow blood vessels, reducing blood flow to the penis; chronic high blood sugar levels in diabetes damage nerves and blood vessels; and hypogonadism leads to decreased sex hormone secretion. Psychologically, emotional issues such as anxiety, depression, and stress inhibit the brain’s sexual arousal. Lifestyle habits such as smoking, excessive drinking, prolonged sitting, and staying up late can contribute to ED through multiple pathways, from damaging blood vessels to interfering with hormone secretion.

Existing treatments, such as oral medications like PDE5 inhibitors like sildenafil, can improve vascular ED, but their effectiveness is short-lived and can be associated with side effects like headaches and hot flashes. Hormone therapy is only suitable for ED caused by low testosterone and can have side effects with long-term use. Surgery and implants are used for severe cases, but they carry significant risks and can cause permanent damage. Vacuum erection devices and local injections are highly dependent and inconvenient.

Based on these current circumstances, our company has developed a novel shockwave therapy. It uses low-intensity shockwave stimulation to promote penile angiogenesis, improve endothelial function, and repair damaged nerves, addressing the root cause of ED. This therapy promises to bring new hope to numerous patients worldwide and overcome the limitations of traditional treatments.

Product Display

Product Features

Lightweight and Compact
Our device boasts a significant advantage in portability. Measuring just 5.7 x 6.9 x 1.7 inches (146 mm x 177 mm x 44 mm) and weighing only 1.9 kg (4.18 lbs), it offers a comfortable fit whether used at home or carried on business trips, completely eliminating the need for fixed spaces associated with traditional treatment devices.

Protecting User Privacy
Our product design resembles common home therapy devices (such as muscle relaxers and deep-tissue massagers) and lacks obvious functional labeling. Even if others see it, it’s difficult to discern its specific purpose. While enabling “anytime, anywhere rehabilitation,” we fully protect user privacy, making ED treatment more flexible and secure.

Treatment of Multiple Types of ED
Compared to traditional ED treatments (such as medications primarily targeting single vascular problems and high-risk, limited-application surgical treatments), our device targets six types of ED, providing a wider range of treatment options for patients with different causes and severities. This broadens its application, enabling it to meet the needs of diverse patients and help them find suitable treatment plans.

Wide-Range Parameter Adjustment
Our machine’s energy intensity can be adjusted within the range of 25-105 mJ, and the frequency can be adjusted within the range of 1-16 Hz. Different frequency ranges correspond to different energy levels (for example, 12 energy levels at 1-12 Hz correspond to 25-105 mJ, 12 energy levels at 13-14 Hz correspond to 25-80 mJ, and 12 energy levels at 15-16 Hz correspond to 25-58 mJ), allowing users to adjust in real time according to their needs.

Excellent Heat Dissipation
Our device features a dedicated built-in cooling fan and heat dissipation channel. The 3200rpm centrifugal cooling fan (air pressure ≥12Pa) keeps the core component temperature below 60°C even at 90W power, ensuring continuous operation for a 50-minute treatment session without the frequent downtime associated with conventional devices.

One-button Start/Stop
The device connection process is simple, just install the working head, connect the main unit to the handle, and connect to the power supply. Our working handle is equipped with a button switch, simply press the button on the handle to start/stop.

Ergonomic Handle Design
Our device’s handle features an ergonomic cylindrical shape, approximately 18-20cm in length and 3.5-4cm in diameter, making it suitable for most adult hands. The handle’s outer shell is made of non-slip, wear-resistant, medical-grade ABS with a matte finish, ensuring a secure grip and preventing slipping even when your hands sweat during treatment. The handle weighs 200-300g, which, combined with the device’s lightweight design, minimizes arm fatigue during extended handholding (a single treatment lasting 15-30 minutes).

“Specially Shaped Spring + Metal Projectile” Transmission System
The spring inside the handle features a stepped design with one end thinner and the other thicker. The thin end connects to the energy receiving module at the rear of the handle, while the thick end fits tightly against the projectile. This effectively absorbs energy transmitted by the main unit and converts it into a mechanical shock wave. The projectile is made of high-hardness medical stainless steel and has a precision polished surface to reduce energy loss during transmission, ensuring that the shock wave is transmitted to the front working head with stable intensity.

Easily Replaceable Working Heads
Our instrument’s working heads connect via a threaded connector that simply tightens clockwise for installation. It comes with two professional ED working heads (flat and cylindrical) and one relaxing and restorative head to accommodate diverse treatment needs.

Portable Handbag
Our handbag features a striking red color and a simple, elegant design. It comes with a convenient handle for easy access and carrying. The outer PU material is durable, waterproof, and easy to clean, while the lightweight, cushioned, and shock-resistant EVA core provides effective impact protection. The inner flocked lining is soft, scratch-resistant, and securely holds items in place to prevent shifting. Even better, we offer a custom logo service, allowing you to create unique, personalized packaging, whether it’s your brand logo, a meaningful graphic, or text.

Treatment for 6 Categories ED

Mild Vascular ED Pattern

Applicable population/scenario: IIEF-5 score 12-16 points, PSV 25-29cm/s, mild hypertension/hyperlipidemia, occasional smoking, BMI 25-30
Energy intensity: 25mj
Frequency: 8-10Hz
Number of single shocks: 1500 times
Duration of single treatment: about 20-30 minutes
Course of treatment: 6 times (once a week)
Treatment logic:25mj low-energy shock waves can gently stimulate endothelial cells to release nitric oxide (NO) to enhance endothelial relaxation function, while activating vascular endothelial growth factor (VEGF), promoting the initial establishment of superficial collateral circulation in the corpus cavernosum and improving local microblood flow. It is recommended to cooperate with lifestyle adjustments such as quitting smoking (to reduce endothelial oxidative damage), losing weight (to reduce peripheral vascular resistance), and controlling blood pressure and blood lipids (to delay vascular lesions) to prolong the treatment effect.

Moderate Vascular ED Pattern

Applicable population/scenario: IIEF-5 score 8-11 points , PSV 20-24cm/s , clear local stenosis or atherosclerotic plaques of the dorsal penile artery.
Energy intensity: 20-25mj
Frequency: 10-12Hz
Number of single shocks: 2000 times
Duration of single treatment: about 30-40 minutes
Course of treatment: 8 times（2 times per week for 4 weeks）
Treatment logic:Through medium-high frequency and medium energy shock waves, directional mechanical stress is generated in the narrowed area of ​​the dorsal penile artery: on the one hand, the fibrous cap on the surface of the plaque is loosened, reducing the obstruction of the lumen by the plaque; on the other hand, local stem cells are activated, which promotes the generation of new blood vessels and establishes collateral circulation by bypassing the narrowed blood vessel segment, thereby improving the blood supply to the corpus cavernosum from the dual dimensions of “clearing existing channels + building new channels”.

Severe Vascular ED Assistance Mode

Applicable population/scenario: IIIEF-5 score <8 points, PSV <20cm/s, or combined with severe venous leak (ultrasound shows EDV>5cm/s),As a preoperative bridge therapy or postoperative adjuvant therapy (such as vascular reconstruction or prosthesis implantation)
Energy intensity: 25-30mj
Frequency: 12Hz
Number of single shocks: 2500 times
Duration of single treatment: about 40-50 minutes
Course of treatment: 12 times (2 times per week for the first 6 weeks, 1 time per week for the next 6 weeks)
Treatment logic:Through high-energy shock waves, the penile corpus cavernosum mesenchymal stem cells are activated, local collagen remodeling and microangiogenesis are promoted, the blood supply to the surgical area tissue is improved, the risk of postoperative infection is reduced, and good tissue conditions are created for vascular reconstruction or prosthesis implantation; to address the problem of slow postoperative neurovascular repair, shock waves are used to reduce tissue adhesions, promote nerve fiber regeneration, improve the speed and effect of postoperative erectile function recovery, and delay further deterioration of the lesion.

Mixed Vascular + Psychological ED Pattern

Applicable scenarios: Erectile failure due to vascular disease, which leads to anxiety (such as increased psychological pressure after middle-aged men first experience ED).
Energy intensity: 25mj (adjusted according to personal situation)
Frequency: 10Hz
Duration of a single treatment: about 25-35 minutes
Treatment course: 8 times shock wave（once a week） + 4 times psychological counseling（twice a week）
Treatment logic:Through 25mj low-energy shock waves, vascular endothelial function and corpus cavernosum blood flow are improved, alleviating the basic problem of “physiological ED”. Patients can gradually feel the improvement of erectile function during treatment and build confidence that “the treatment is effective”. In conjunction with professional psychological counseling, patients can be helped to relieve “self-denial and anxiety caused by ED”, improve communication patterns with partners, and break the vicious cycle.

Dedicated Mode for Diabetic ED

Applicable scenarios:  Diabetes causes vascular endothelial damage + neuropathy
Energy intensity: 25mj (adjusted according to personal situation)
Frequency: 6-8Hz (low frequency reduces stimulation)
Single treatment duration: about 30 minutes
Treatment course: once a week, a total of 10-12 times
Treatment logic: Low-frequency, low-energy shock waves gently activate damaged endothelial cells in diabetic patients, promoting NO release and VEGF production, improving corpus cavernosum blood flow while avoiding damage to fragile blood vessels caused by high energy.For dorsal penile neuropathy, low-frequency shock waves stimulate nerve fiber regeneration, reduce neural hyperalgesia, and restore nerve conduction function.

Postoperative Neurogenic ED Rehabilitation Mode

Applicable scenarios: 3-6 months after radical prostatectomy, with erectile dysfunction (nerves not completely severed).
Energy intensity: 25mj (adjusted according to personal situation)
Frequency: 5Hz (ultra-low frequency stimulation nerve repair)
Single treatment duration: about 20-25 minutes
Course of treatment: 10 times (starting 3 months after surgery, once a week, for 10 weeks)
Treatment logic: Through 5Hz ultra-low frequency shock waves, it gently stimulates nerve fibers damaged after surgery (such as branches of the pelvic plexus), activates neural stem cells, promotes nerve axon regeneration, and restores the nerve’s conduction function for the erectile reflex; the mechanical stress of the shock wave can reduce adhesions of tissues around the penis after surgery, creating a good space for nerve regeneration and blood vessel supply; choose to start treatment 3 months after surgery to avoid early postoperative tissue edema and inflammation, and prevent treatment from aggravating tissue damage; at the same time, seize the key window period of nerve regeneration to improve the recovery effect.

Note: The above six treatment modes all need to adjust parameters according to their own conditions

The Functions of Our Machines

Restores Blood Flow

Vascular problems are the primary physiological cause of ED (such as insufficient arterial blood supply, venous leakage, and vascular endothelial damage). Our machine uses low-intensity extracorporeal shock wave technology to directly act on vascular-related tissues, solving blood flow obstructions from the root:

(1) Repairing vascular endothelium and activating key vasodilation signals
The mechanical stress and cavitation effect of the shock wave will stimulate the endothelial cells of the corpus cavernosum and surrounding blood vessels to release nitric oxide (NO) – NO is the core messenger of vasodilation, which can significantly enhance vascular endothelial function, making the penile arteries more likely to dilate, increase blood perfusion, and improve the problem of “blood not entering during erection”. It is especially suitable for mild vascular ED (IIEF-5 score 12-16 points).

(2) Promoting new blood vessel formation and building a “backup blood flow channel”
Low-energy shock waves can activate stem cells in penile tissue, stimulate the secretion of vascular endothelial growth factor (VEGF), promote the formation of new capillaries (i.e., “angiogenesis”), and establish collateral circulation of deep penile blood vessels (similar to “traffic network expansion”). For moderate vascular ED (such as the presence of atherosclerotic plaques) and diabetic ED (vascular endothelial damage), it can improve long-term blood supply deficiency and avoid dependence on short-term medication.

(3) Improve microcirculation and reduce blood loss
For mild venous leakage (ultrasound shows EDV ≤ 5cm/s), shock waves can enhance the elasticity of the corpus cavernosum trabeculae, repair the “sealing” function of the corpus cavernosum capsule, reduce blood leakage from the veins during erection, and increase the duration of erection hardness.

Repairing Nerve Damage

Nerve conduction disorders are the main cause of diabetic ED and postoperative neurogenic ED. The device restores the erectile reflex pathway through the neuromodulation effect of low-intensity extracorporeal shock wave technology:

(1) Repairing damaged nerve fibers and restoring signal conduction
Shock wave energy can act on the dorsal nerve of the penis and pelvic nerve branches, relieve nerve compression (such as nerve compression caused by tissue adhesions), repair damaged nerve fibers caused by hyperglycemia and surgery, and restore the conduction efficiency of “brain sexual signal → penile erection”. For example, for neurogenic ED 3-6 months after prostate surgery, the 5Hz ultra-low frequency mode can gently stimulate nerve repair and prevent further nerve atrophy.

(2) Reduce nerve sensitivity and improve pain-related ED
For the “neural pain hypersensitivity” of diabetic ED patients, the device uses low-frequency (6-8Hz) shock waves to act on the dorsal nerve area of ​​the penis, reducing abnormal nerve signal conduction, relieving local pain during treatment, and restoring the normal erectile reflex threshold.

Tissue Repair and Regeneration

Improve the structure and function of the corpus cavernosum. Fibrosis and decreased elasticity of the corpus cavernosum can lead to “inability to fully relax and store blood” during erection. The device activates the tissue repair mechanism through low-intensity extracorporeal shock wave technology:

(1) Activate stem cells and promote collagen remodeling
The mechanical stimulation of shock waves can activate mesenchymal stem cells in the corpus cavernosum, promote their differentiation into smooth muscle cells and endothelial cells, and at the same time degrade damaged collagen fibers, reshape the elastic structure of the corpus cavernosum tissue, improve the corpus cavernosum atrophy caused by long-term ED, and allow it to relax more fully and accommodate more blood during erection.

(2) Loosen tissue adhesions and improve the local environment
For superficial fascia adhesions of the penis (such as fibrosis caused by long-term inflammation), the shock wave of the “flat head treatment head” (even energy distribution and superficial effect) can loosen the adhered fascia tissue, restore subcutaneous microcirculation, and provide a good local environment for blood vessel and nerve repair, adapting to the “surface circulation improvement” needs of mild vascular ED.

What Kind of People are Suitable to Use Our Product?

Mild Vascular ED

IIEF-5 score 12-16 points, PSV (penile artery blood flow velocity) 25-29 cm/s; accompanied by mild hypertension/hyperlipidemia, occasional smoking, BMI (body mass index) 25-30 (overweight but not obese), and no obvious vascular stenosis or thrombosis.

Moderate Vascular ED

IIEF-5 score 8-11, PSV 20-24 cm/s; presence of clear atherosclerotic plaques (e.g., focal stenosis of the dorsal penile artery), without severe vascular obstruction.

Severe Vascular ED (Adjuvant Therapy)

IIEF-5 score <8, PSV <20 cm/s; or with severe venous leak (ultrasound-detected EDV >5 cm/s); planning for surgical revascularization or prosthesis implantation, requiring preoperative transitional therapy or postoperative recovery improvement.

Mixed ED (Vascular + Psychological)

Initial erectile failure due to vascular problems (e.g., mild/moderate vascular ED), which leads to anxiety (e.g., increased psychological stress after a first episode of ED in middle-aged men); IIEF-5 score of 10-14, without significant psychiatric illness (e.g., major depression, anxiety disorder).

Diabetic ED

Long-term diabetes (especially those with poor blood sugar control) can lead to ED, accompanied by vascular endothelial damage and neuropathy (such as hyperalgesia of the dorsal penile nerve), resulting in poor tissue repair.

Postoperative Neurogenic ED

3-6 months after radical prostatectomy and urethral repair; incomplete nerve severance (repair possible), accompanied by erectile dysfunction, without serious postoperative complications (e.g., infection, bleeding).

Intolerant/Refusal of Medication

After taking PDE5 inhibitors (such as sildenafil), they experience side effects such as headaches, facial flushing, and visual disturbances, making them unable to continue taking the medication. Alternatively, they may refuse medication due to concerns about drug dependence or the short-term effects (which only temporarily improve symptoms).

Refuse High-risk Surgery

They may refuse surgery due to concerns about surgical risks (such as infection or mechanical failure with implants) or the long recovery period (usually 1-3 months). Alternatively, they may be older (e.g., over 70 years old) or have multiple underlying medical conditions (such as mild heart disease), leading to poor surgical tolerance.

Require Home Treatment/privacy Protection

Those who are unable to regularly attend a hospital for treatment due to busy work schedules (such as frequent business travel) or who value privacy and prefer not to disclose their treatment needs at a medical facility.

Working Head Introduction

Flat Working Head (Professional ED Head)

1. Core Structure and Energy Conduction Mechanism
The flat-head working head features a planar energy output design. Its energy conduction follows the principle of “parallel wavefront diffusion”: After the shock wave is emitted from the flat end, it propagates into the tissue with nearly parallel wavefronts. The energy is evenly distributed in superficial tissue (0-1cm depth), but the energy decays faster with increasing depth (above 1cm), with the decay rate decreasing by approximately 30%-40% for every 0.5cm increase in depth. Therefore, it is more suitable for treating superficial subcutaneous tissue.

2. Physical Properties
Mechanical Stress Effect: The flat contact surface can produce extensive and gentle mechanical stimulation to the penile epidermis and superficial fascia, loosening superficial fascial adhesions (such as mild tissue fibrosis around the dorsal nerve of the penis), breaking down local tissue adhesions that block blood flow and nerve conduction, and improving surface blood circulation.
Cavitation Effect: Microbubbles at the interface between tissue fluid and gas (such as the vascular endothelium) collapse, releasing tiny amounts of energy that impact endothelial cells, prompting them to release nitric oxide (NO). NO, a key messenger for vasodilation, enhances the dilation function of superficial microvessels and improves local blood perfusion.

3. Applicable Scenarios and Treatment Logic
Suitable ED Types: Mild vascular ED (IIEF-5 score 12-16, PSV 25-29 cm/s), particularly for patients with early-stage hypoperfusion and no deep vascular lesions. It can also be used as a “superficial pretreatment” before treatment for other types of ED, laying the foundation for subsequent deep-seated treatment.
Treatment Sites: Penile epidermis, superficial fascia, and mid-shaft (not the deep corpus cavernosum).
Treatment logic: By improving the sensitivity of the penile epidermal nerve endings and the superficial microvascular circulation, the blood flow response speed during erection can be indirectly improved. For example, for the decreased superficial vasodilation function caused by occasional smoking and mild overweight, the basic function of the vascular endothelium can be gradually restored through gentle stimulation of the flat-head working head, and ED can be improved in combination with lifestyle intervention.

Cylindrical Head (Professional ED Head)

1. Core Structure and Energy Conduction Mechanism
The cylindrical head utilizes a cylindrical arc-shaped focusing design. The output end features a circular focusing surface with a diameter of 1-1.5 cm. Internally, it incorporates geometric focusing structures. The core of its energy conduction is “focused energy convergence”: After the shock wave is emitted from the cylindrical end, it is reflected and converged by the internal arc structure to form an energy beam, forming an “energy focus point” in deep tissue (3-5 cm deep). The energy density at this focus point is 3-5 times higher than that at the emission end. The energy density in shallow tissue is lower, allowing precise delivery to deep target tissues.

2. Physical Properties
Mechanical Stress and Tissue Repair Effects: The focused high-energy shock waves exert strong mechanical stimulation on deep tissues (such as the tunica albuginea of ​​the corpus cavernosum and the main blood vessels of the crura), inducing controlled micro-injury to the local tissues. This micro-injury activates the body’s self-repair mechanisms, promoting fibroblast proliferation and stem cell activation, leading to collagen remodeling (restoring the elasticity of the tunica albuginea) and angiogenesis (the formation of new microvessels).
Angiogenesis Effects: The high energy at the focused point directly impacts blocked micro-arteries or veins, breaking up intravascular microthrombi through cavitation. Simultaneously, it stimulates the secretion of vascular endothelial growth factor (VEGF), promoting the formation of anastomoses (collateral circulation) between the deep penile arteries and the corpus cavernosum vessels, bypassing the diseased vascular segments and addressing the root cause of insufficient blood supply to the corpus cavernosum.
Neuromodulatory Effect: Gentle impact on deep nerve fibers, such as those in the pelvic plexus branches, can inhibit abnormal nerve signal transmission (such as neuropathic hyperalgesia in diabetic ED) while promoting regeneration of damaged nerve fibers and restoring the nerve’s function in transmitting the erectile reflex.

3. Applicable Scenarios and Treatment Logic
Suitable ED Types: Moderate vascular ED (with atherosclerotic plaques and dorsal penile artery stenosis), mild neurogenic ED (such as early diabetic ED), and preoperative bridge treatment for severe vascular ED (to create tissue conditions for revascularization).
Treatment Sites: Deep within the corpus cavernosum, crus penis (on both sides of the base of the penis).
Treatment logic: Targeting the core pathology of ED, namely deep vascular lesions or nerve damage, the energy is focused and applied directly to the lesion site. For example, for patients with an IIEF-5 score of 8-11 and penile dorsal artery stenosis, the cylindrical working head can break up microthrombi at the stenosis site, promote the formation of collateral circulation, and repair damaged nerves at the same time, achieving dual “vascular-nerve” repair and improving erectile function.

Relaxation and Repair Head

1. Core Structure and Energy Conduction Mechanism
The Relaxation and Repair Head utilizes a large-diameter, flat design. Its energy conduction is centered around “pressure dispersion.” After being cushioned by the silicone layer, the shockwaves are applied to the tissue with low energy density over a large area. Energy is evenly distributed from the superficial to the superficial layer (0-0.5 cm), with no obvious energy focus. The energy intensity is 40%-60% lower than professional ED heads. Its primary purpose is “soothing” rather than “treatment.”

2. Physical Properties
Pressure dispersion effect: The large-diameter contact surface significantly reduces pressure per unit area (60%-70% lower than a cylindrical head). This reduces pressure on the skin during treatment, preventing localized pain or soreness. This is particularly suitable for patients with sensitive skin and low pain tolerance.
Gentle Soothing Effect: Low-energy-density shock waves promote blood circulation in local tissues, accelerate the removal of local metabolic products (such as inflammatory factors) after treatment, and alleviate the mild congestion or discomfort in superficial tissues that may occur after treatment with a specialized ED treatment head.

3. Applicable Scenarios and Usage Logic
Applicable Scenarios: Immediately after treatment with a specialized ED treatment head (flat or cylindrical), or for relief between treatments for patients with pain sensitivity. It can also be used before treatment to relax superficial tissues and enhance comfort during subsequent treatments.
Treatment Areas: Superficial tissues of the penis, particularly those experiencing mild soreness after specialized treatment.
Usage logic: As a supplementary link of “treatment-repair”, it balances the effect and comfort of professional treatment: for example, after treating severe vascular ED with a cylindrical head working head, using a relaxing and repairing working head can relieve the superficial discomfort caused by deep treatment, accelerate local blood circulation, and reduce the probability of bruising and soreness after treatment; patients who are sensitive to pain can use it for 10-15 minutes after each professional treatment to enhance the overall treatment experience.

Electromagnetic Lattice Wave Technology

Our device’s electromagnetic fractional wave technology follows the energy conversion logic of “electromagnetism – force – wave.” This four-step process achieves targeted conditioning of ED tissue lesions, while leveraging lens focusing technology to ensure safety. The specific process is as follows:

1. Energy Source: High-Voltage Pulsed Current Triggers Magnetic Field Generation

The technology is driven by high-voltage pulsed current. The circuitry within the device’s main unit outputs a controllable high-voltage pulsed current. When this current passes through a customized coil (integrated into the treatment handle), it generates a transient strong magnetic field around the coil based on the principle of electromagnetic induction. The magnetic field strength is positively correlated with the peak value and frequency of the pulsed current and can be precisely controlled using the device’s “intensity adjustment knob (P+/-).” For example, for mild vascular ED, the current intensity is lowered to generate a weak magnetic field, corresponding to low-energy shock waves of 25-35 mJ. For moderate vascular ED, the current intensity is increased to enhance the magnetic field, matching the energy requirement of 40-65 mJ, achieving “energy on demand.”

2. Wave Source Generation: The magnetic field propels the projectile to generate the basic shock wave.

The magnetic field interacts electromagnetically with the projectile (the metal component inside the handle), generating instantaneous thrust that propels the projectile at high speed along a fixed trajectory. During its motion, the projectile impacts the “shock wave conducting medium” (such as an elastic metal sheet) inside the handle, converting mechanical energy into the initial shock wave. This step is the “wave source generation” of the electromagnetic lattice wave.
The projectile design of the device has two key features: first, it is lightweight (consistent with the 1.9kg portability of the device) and offers fast motion response. The impact frequency can be adjusted synchronously with the pulse current frequency (1-16Hz). For example, at a 10Hz frequency, the projectile impacts 10 times per second, generating a continuous and uniform shock wave. Second, the projectile’s fixed trajectory prevents erratic shock wave direction caused by projectile deviation, ensuring subsequent focusing stability.

3. Waveform Control: Biconcave Lens Achieves Precise Plane Wave Focusing

The initial shock wave is a randomly diffuse wave group, which requires focusing and control by a biconcave lens, ultimately forming a “focused plane wave” that meets the needs of ED treatment:

• Waveform Conversion: The lens corrects the initial diffuse wave into a “plane wave,” ensuring a flat wavefront during the initial propagation phase and preventing excessive localized energy concentration.
• Focusing Positioning: The unique optical structure of the biconcave lens allows the plane wave to be focused at a specific depth (for ED treatment, the focus depth is precisely controlled within 0.5-5cm), with focus position drift less than 0.1cm and a stable focal spot diameter of 0.8-1.2cm. This design addresses the issues of conventional shock waves, such as easy focus shift and unstable focal spot size, ensuring precise energy delivery to target tissues such as the corpus cavernosum, deep arteries, and nerve trunks, rather than spreading to surrounding healthy tissues (such as the urethra and scrotum).
• No Direct Wave Injury: Because all shock waves are focused by the lens before impacting the body, there is no risk of direct wave damage. Unfocused direct waves completely avoid excessive stimulation or damage to the penile epidermis and superficial mucosa, reducing pain during treatment (clinical feedback shows that 80% of patients experience only mild soreness and swelling, with no noticeable pain).

4. Adaptable Depth of Action

To address the differing needs of superficial fascial release and deep vascular and nerve repair in ED treatment, electromagnetic fractional wave technology achieves dual-mode effects of “focused deep penetration” and “scattered release” through fine-tuning of the lens and matching the working head:

• Focused Deep Penetration Mode (with a Cylindrical Head): The biconcave lens focuses the plane wave at a depth of 3-5 cm, increasing energy density by 30%-50%. This allows penetration into the tunica albuginea of ​​the corpus cavernosum, deep arteries (such as branches of the dorsal penile artery), and nerve trunks (branches of the pelvic plexus), effectively disrupting intravascular microthrombi and activating stem cells to promote angiogenesis (for moderate/severe vascular and neurogenic ED).
• Scattered Release Mode (with a Flat-Head Working Head): By varying the lens curvature, the plane wave is scattered at a small angle within a 0.5-2 cm radius. The energy density is evenly distributed in the superficial tissue, which can gently act on the epidermal nerves and superficial fascia of the penis, loosen fascial adhesions (such as fascial fibrosis around the corpus cavernosum caused by chronic inflammation), and improve superficial blood circulation (for mild vascular ED and mixed vascular + psychological ED).

Usage Guidelines

Treatment steps

1. Connecting the equipment
(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) Connect the multi-core plug at the end of the handle to the multi-core interface of the host.
(3) Plug the power cord into the power interface of the host.
(4) Connect the power supply.
(5) There is a push-button switch on the handle. Press it to turn on, and then press it to turn off.

2. Cleansing
Cleanse the perineal and penile skin and apply coupling gel to enhance shock wave transmission efficiency.
3. Positioning
The patient lies supine, fully exposing the penis. The treatment area is divided into the distal penis shaft、mid-shaft penis 、right crura and left crura. Place the shockwave head firmly against the skin and cover the following areas in the following order: distal penis shaft → mid-shaft penis → right crura → left crura.As shown in the first video hit 1000, 1000, 500, 500 times respectively, with a total treatment time of approximately 10-20 minutes.Or as shown in the second video, hit each part 500 times.

4. Treatment Head Selection
(1)Flat Head
Energy Characteristics: More even energy distribution, suitable for covering larger treatment areas (e.g., bilateral crus and mid-corpus cavernosum).
Applications:Widely stimulates angiogenesis (e.g., chronic vascular erectile dysfunction);Effective in pain-sensitive areas (e.g., the base of the penis) to reduce localized pressure concentrations.
(2)Cylindrical Head
Energy Characteristics: More concentrated energy allows for precise targeting of deep tissues.
Applicable Scenarios:Repair of localized vascular stenosis or nerve damage (e.g., diabetic erectile dysfunction);Resolvable erectile dysfunction requiring high-energy-density stimulation.
5. Treatment Intensity Adjustment
Initial treatment begins at a low intensity and gradually increases based on patient tolerance.

Instrument Parameter Settings

(1) select the appropriate gear through the host output frequency and output energy level gear button.
(2) Default Working Times of the machine: the Single Working Times of this instrument has been set to 2500 times by default. When a single use of up to 2500 times, the instrument automatically stop the output of energy, at this point again press the start button on the operating handle, can again output energy.
(3) This machine boot default is: output frequency shift 6, Output Energy Level Shift 6.
①Output level: When the output frequency is 1Hz-12Hz,
Output Level 1 = 25mj, output level 2 = 30mj, output level 3 = 35mj, output level 4 =40mj, output level 5 = 45mj, output level 6 =50mj, output level 7= 55mj, output level 8 = 65mj, output level 9 = 75mj,output level 10 = 85mj, output level 11= 95mj, output level 12 =105mj.
②Output level: When the output frequency is 13Hz-14Hz,
Output Level 1 = 25mj, output level 2=30mj, output level 3 = 35mj, output level 4=40mj, output level 5 = 45mj, output level 6 =50mj, output level 7 = 55mj, output level 8 = 60mj, output level 9 =65mj,output level 10= 70mj, output level 11 = 75mj, output level 12=80mj.
③ Output level: When the output frequency is 15Hz -16Hz,
Output Level 1 = 25mj, output level 2=28mj, output level 3 = 31mj, output level 4= 35mj, output level 5= 38mj, output level 6 = 41mj, output level 7 = 45mj, output level 8=48mj, output level 9=50mj,output level 10 = 52mj, output level 11=55mj, output level 12 = 58mj.

Treatment Precautions

• Precise Targeting Required: When the penis is moderately congested, the corpus cavernosum tissue is relatively plump,allowing for clearer exposure of the treatment target (e.g., the corpus cavernosum and vascular distribution), allowing for more precise delivery of shockwave energy to the target tissue and improving treatment efficiency.
• Reducing Discomfort: In the completely flaccid state, the penile tissue is relatively relaxed, and shockwaves may cause unnecessary stimulation to surrounding tissues. In the fully erect state, the corpus cavernosum has high pressure, which may increase discomfort during treatment. Tissue tension during an over-erectile state may also impair the effective delivery of shockwaves.
• Adjunctive Treatments: Some physicians may use a penis pump to briefly engorges the penis before treatment to help achieve the desired semi-erect state and ensure that the treatment area is optimally positioned for shockwave reception. For patients with good erectile function or milder cases, shockwave therapy alone may be sufficient.

Efficacy Monitoring and Evaluation

Usage Scenario Display

Bedroom Bed

After washing up before bed, sit by the bed or by the bay window and use it. When you’re done, simply return it to the drawer. No need to obscure it, and the bedroom space remains completely private, free from distractions.

After Washing Up in the Bathroom

You can use it after washing up in the bathroom and before getting dressed. The bathroom is a completely private space, allowing you to use it without worrying about being disturbed. After use, you can simply place it on the bathroom shelf (with your razor, facial cleanser, and other daily necessities) without being noticed.

Study Room/Home Office Corner

Use this device at your study desk during afternoon or evening solitude (e.g., when the family is in the living room). Its compact size allows it to be placed in a corner of the desk. Even if family members see it, they’ll mistake it for a small neck and shoulder device, ensuring both treatment and privacy.

Why Choose Our Machine to Treat ED?

Oral PDE5 Inhibitors (e.g., Sildenafil)

Efficacy Characteristics：Fast-acting (30-60 minutes), but short-lived efficacy (only lasts 4-6 hours), requiring “on-demand administration”
Side Effects and Risks：Common side effects include headache, facial flushing, and nasal congestion; some patients experience visual abnormalities; cannot be taken with nitrates (may cause hypotensive shock)
Scope of Application：Only applicable to vascular ED; limited efficacy for ED caused by nerve damage or hormonal abnormalities
Convenience：Convenient for oral administration, but requires strict adherence to doctor’s orders for medication and relies on drugs for maintenance
Core Limitations：Treats symptoms rather than the root cause; cannot repair damaged tissues; long-term use may lead to drug dependence

Testosterone Replacement Therapy

Efficacy Characteristics：Only effective for “low-testosterone ED”; requires continuous hormone supplementation to maintain efficacy
Side Effects and Risks：Long-term use may cause benign prostatic hyperplasia, gynecomastia, and increase the risk of cardiovascular diseases
Scope of Application：Limited to ED patients with abnormal hormone levels, accounting for less than 10% of cases
Convenience：Requires regular injections or oral administration, and hormone levels need to be monitored
Core Limitations：Narrow scope of application; cannot address organic issues such as blood vessel or nerve problems

Vacuum Erection Devices/Local Injections

Efficacy Characteristics：Vacuum erection devices require “immediate operation” (10-15 minutes per use); local injections (e.g., alprostadil) act quickly but have short duration (1-2 hours)
Side Effects and Risks：Vacuum erection devices may cause penile congestion and pain; local injections are prone to causing induration at the injection site and priapism (emergency treatment required if lasting more than 4 hours)
Scope of Application：Vacuum erection devices are suitable for mild to moderate ED; local injections are suitable for moderate to severe ED
Convenience：Complex operation, requiring partner assistance, and poor privacy
Core Limitations：High dependence; preparation required before each sexual activity, affecting sexual experience

Surgical Surgery/Prosthesis Implantation

Efficacy Characteristics：Enables “mechanical erection” for severe ED (e.g., penile cavernous fibrosis) with long-lasting efficacy
Side Effects and Risks：Significant surgical trauma; postoperative complications may include infection, prosthesis displacement, and erectile pain; irreversible treatment, with no recovery of natural erectile function after surgery
Scope of Application：Only used for severe ED patients unresponsive to other treatments
Convenience：Requires hospitalization for surgery (2-4 weeks of recovery period), and patients need to adapt to prosthesis use after surgery
Core Limitations：High risk, significant trauma, sacrifice of natural erectile function, and high cost

Our ML02 Shock Wave Machine

Efficacy Characteristics：After a course of treatment (usually 6-12 sessions), improvement in natural erection can be achieved, with efficacy lasting more than 6-12 months, and some patients may benefit long-term
Side Effects and Risks：No obvious side effects; only a few patients experience mild penile soreness after treatment (resolves on its own within 1-2 days); no risk of drug interactions
Scope of Application：Covers mild, moderate, and severe ED; especially suitable for vascular ED (e.g., insufficient arterial blood supply), diabetic ED (neurovascular damage), and also has auxiliary improvement effects on psychological ED
Convenience：Each treatment only takes 15-20 minutes; no hospitalization required; normal life can be resumed after treatment
Core Limitations：No obvious limitations; only requires adherence to the treatment course

As can be seen from the comparison, traditional therapies mostly remain at the level of “symptomatic relief” or are limited by the applicable population and the risk of side effects. Our shockwave machine, through the core mechanism of “promoting angiogenesis and repairing nerve damage”, has achieved a leap from “treating the symptoms” to “treating the root cause” – not only has a wider range of applications and higher safety, but also can help patients restore natural erectile function without relying on drugs or devices. It truly breaks the limitations of traditional treatments and provides better treatment options for patients with different types and degrees of ED around the world.

Package List

1 x Host

1 x Handpiece with Cable

3 x Working Heads

Handbag

1 x Power Cord

Handle Repair Tools and Replacement Parts

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 bullet 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.

The taboo of shock wave physiotherapy

(1) patients with heart disease, cardiac pacemaker,hypertension;
(2) patients with acute inflammation, deep vein thrombosis, Goiter, asthma, cancer, etc. ;
(3) patients with ruptured blood vessels and bleeding, trauma, bleeding wound;
(4) pregnant women;
(5) areas with plastic surgery and artificial implants;
(6) people with metal materials (including metal teeth) ;
(7) people with inflammation of the skin and body edema;
(8) people with abnormal immune system function;
(9) people who feel numb and unresponsive to heat;
(10)Do not support use in the vicinity of certain tissues, such as eyes and surrounding areas, myocardium, spinal cord, gonad, renal marrow and liver;
(11) people who have blood disorders, clotting problems or use of anticoagulants;
(12) Polyp near the nursing site;
(13) thrombotic, neoplastic, polyneuropathy;
(14) growing cartilaginous children;
(15) site of corticosteroid therapy;
(16) not supported for use in parts or organs of the body that contain large amounts of gas.

Click ML02 manual to kindly check the instruction.