Dual-Source Piezoelectric Focused Shockwave System: One Platform for Precision and Versatile ESWT

As clinics expand their rehabilitation, sports medicine, orthopedic, and men’s health services, treatment versatility has become just as important as energy output. A single shockwave platform that can address both localized lesions and broader soft-tissue areas can simplify workflows while creating more treatment possibilities.

The Dual-Source Piezoelectric Focused Shockwave System is designed around this idea. Combining point-focused and curved linear-focused shockwave applicators in one professional ESWT platform, the system provides different focal geometries and treatment depths for targeted clinical applications.

Rather than relying on one treatment source for every indication, the platform gives practitioners the flexibility to select the applicator and gel pad that best match the target tissue.

A Dual-Source Approach to Focused Shockwave Therapy

The system uses piezoelectric direct focusing technology. Piezoelectric ceramic elements are arranged on a concave substrate. When stimulated by a high-voltage pulse, the elements generate mechanical pressure waves that converge toward a defined focal point.

Unlike systems that require an additional reflector, the direct-focusing design allows for a compact treatment applicator while maintaining precise energy delivery.

A key feature is the use of interchangeable gel pads. These pads act as spacers and are available in different thicknesses, allowing operators to adjust the effective focal depth in 5 mm increments.

This gives the system a practical combination of:

• Precise focal positioning
• Adjustable treatment depth
• Compact applicator design
• Low treatment noise
• Generally comfortable treatment experience
• Flexible treatment of different tissue depths

Two Treatment Sources, Different Clinical Roles

The system integrates two specialized applicators, each designed for a different treatment geometry.

Round Focused Applicator

The small focal zone is designed for situations where precise energy placement matters. With a maximum focal depth of approximately 40 mm, the applicator can target deeper localized tissue structures.

Eight round gel pads are available:

5 / 10 / 15 / 20 / 25 / 30 / 35 / 40 mm

This configuration is particularly suitable for localized musculoskeletal conditions and other small treatment areas where accurate positioning is important.

Curved Linear Applicator

The curved linear applicator provides a longer focal area of approximately 50 × 20 × 5 mm, making it better suited to larger or elongated treatment regions.

Four gel pads are available:

5 / 10 / 15 / 20 mm

The broader treatment geometry can be used for superficial soft-tissue areas, tendon structures, and selected men’s health applications.

Together, the two applicators provide 12 interchangeable gel-pad options, allowing treatment depth and focal geometry to be adapted to different clinical requirements.

Why Piezoelectric Direct Focusing Matters

Traditional shockwave platforms may use different mechanisms to generate and focus acoustic energy. This system takes a direct piezoelectric approach, where the ceramic elements themselves generate and focus the pressure wave.

The result is a treatment architecture focused on stable energy delivery and controlled focal positioning.

One notable characteristic is that changing the energy level does not substantially enlarge or shift the focal volume. This allows practitioners to adjust treatment intensity while maintaining a relatively consistent focal target.

For clinics working with different tissue depths, this can make treatment planning more straightforward.

T-Mode: More Flexibility in Pulse Delivery

The system also incorporates two specialized pulse modes based on the concept of mechanotransduction, where mechanical stimulation can trigger biological responses within tissue.

T-BURST

T-BURST delivers groups of consecutive pulses followed by short pauses. Pulse duration, pause intervals, and frequency can be adjusted according to the treatment strategy.

This mode can be useful when alternating stimulation and recovery is preferred.

T-RAMP

T-RAMP gradually increases the treatment frequency over a defined period.

The progressive frequency profile is intended for dynamic treatment applications involving muscles, tendons, and tendon attachment areas.

These modes expand the system beyond conventional fixed-frequency shockwave delivery and give practitioners additional options when building treatment protocols.

One System Across Multiple Clinical Applications

The Dual-Source Piezoelectric Focused Shockwave System is designed for professional use across several clinical fields.

Musculoskeletal Rehabilitation & Sports Medicine

The focused shockwave platform can be incorporated into treatment programs involving:

• Plantar fasciitis
• Achilles tendon disorders
• Patellar tendon conditions
• Tennis elbow and golfer’s elbow
• Rotator cuff-related conditions
• Muscle and myofascial trigger points
• Hip and lower-back soft-tissue conditions
• Tendon disorders
• Selected nonunion or pseudarthrosis applications

The smaller point-focused source can target localized structures, while the linear source provides broader coverage where appropriate.

Men’s Health Applications

The linear focused applicator is also designed for selected male health applications, including erectile dysfunction (ED) protocols described in the product materials.

The supplied protocol references treatment depths of approximately 10–15 mm, with treatment performed along the corpus cavernosum and penile crura.

For Peyronie’s disease, the point-focused applicator can be used to target localized calcified plaque areas.

Clinical use for ED and Peyronie’s disease should follow applicable medical regulations, professional guidelines, and physician assessment. The treatment parameters supplied by the manufacturer should be treated as reference protocols rather than universal clinical prescriptions.

Dermatology & Wound Care

The system may also be incorporated into selected chronic wound-care protocols, where mechanical stimulation is intended to support tissue repair and local circulation.

The Biological Mechanism Behind Focused Shockwave Therapy

Focused shockwaves create mechanical stimulation within the target tissue. According to the supplied product materials, this mechanical stimulus may contribute to several biological responses, including:

• Supporting local blood circulation
• Promoting angiogenesis
• Modulating inflammatory responses
• Stimulating fibroblast activity
• Supporting mesenchymal stem-cell migration
• Influencing growth factors such as TGF-β1 and VEGF
• Supporting tissue regeneration processes

The clinical response depends on the condition being treated, treatment parameters, patient characteristics, and professional assessment.

Designed for Professional Clinic Workflow

The system combines advanced treatment technology with a relatively straightforward operating process.

Preset Treatment Programs

The interface includes anatomical treatment presets that can recommend reference parameters for different body areas.

Practitioners can also manually customize treatment settings when required.

Long-Life Applicators

The treatment applicators are designed for high-frequency professional use, with a stated service life of up to 5 million pulses.

Compact Dual-Handpiece Configuration

Both focused sources are integrated into one platform, eliminating the need for separate machines when different focal treatment geometries are required.

Key Advantages at a Glance

1. Dual-Source Treatment Platform

One system combines point-focused precision with linear-focused coverage.

2. Adjustable Treatment Depth

Multiple gel pads provide approximately 5–40 mm depth selection, depending on the applicator.

3. Stable Focal Position

Piezoelectric direct focusing helps maintain precise focal positioning when energy levels are adjusted.

4. Expanded Treatment Options

Suitable for rehabilitation, sports medicine, orthopedic applications, selected men’s health protocols, and wound-care applications.

5. Advanced T-Mode

T-BURST and T-RAMP provide additional pulse-delivery options beyond conventional shockwave operation.

6. Built for Commercial Use

Up to 5 million pulses per applicator supports demanding professional environments.

Technical Specifications

Standardized Treatment Workflow

A professional treatment workflow can be structured around five basic steps:

Correct gel-pad installation is particularly important. Air bubbles should be avoided because they can interfere with acoustic transmission.

Built for Clinics That Need More Than One Shockwave Mode

For rehabilitation centers, sports medicine practices, orthopedic clinics, and professional wellness or men’s health facilities, equipment versatility can directly influence room utilization and treatment options.

The Dual-Source Piezoelectric Focused Shockwave System brings two different focal geometries, adjustable treatment depths, intelligent presets, and specialized pulse modes into one platform.

Its value is not simply in producing shockwaves—it is in giving practitioners more control over where, how deeply, and across what area the mechanical energy is delivered.

Why Choose Shandong Moonlight?

Shandong Moonlight Electronic Technology Co., Ltd., headquartered in Weifang, China, specializes in the research, development, manufacturing, sales, and service of professional beauty and medical-aesthetic equipment.

The company combines internationally standardized dust-free production facilities with OEM/ODM capabilities for distributors, clinics, and professional equipment brands.

Key advantages include:

• Professional manufacturing and R&D capabilities
• OEM & ODM customization
• Free logo design
• ISO, CE and FDA-related certifications
• Two-year warranty
• 24-hour after-sales support
• Pre-shipment testing and technical assistance
• Professional engineering support

For distributors and clinic groups, customization and long-term technical support can be particularly important when introducing a new ESWT platform into different markets.

FAQ

What is a Dual-Source Piezoelectric Focused Shockwave System?

It is a focused ESWT platform combining two treatment sources: a small point-focused applicator and a broader curved linear-focused applicator.

What is the maximum treatment depth?

The point-focused applicator can reach a stated maximum focal depth of approximately 40 mm, while the linear applicator reaches approximately 20 mm.

How many gel pads are included?

The system supports 12 gel-pad specifications across the two applicators.

What is T-BURST?

T-BURST is a pulse-burst mode that delivers consecutive pulses followed by adjustable pauses.

What is T-RAMP?

T-RAMP gradually increases treatment frequency over a defined period.

Is the system suitable for sports medicine?

Yes. The supplied application information includes multiple musculoskeletal and sports-medicine treatment scenarios.

Can it be used for men’s health applications?

The product materials include reference applications for ED, Peyronie’s disease, and selected pelvic-floor-related conditions. These applications should be performed by appropriately qualified professionals under applicable regulations.

Does the system require anesthesia?

The product materials describe the treatment experience as generally low-pain and state that sedation or anesthesia is typically unnecessary. Actual patient comfort can vary.

How long do the treatment heads last?

The stated service life is up to 5 million pulses per treatment head.

Ready to Build a More Versatile ESWT Treatment Platform?

If your clinic or distribution business is looking for a focused shockwave system that combines precision targeting, adjustable depth, broad-area treatment, and multiple pulse modes, the Dual-Source Piezoelectric Focused Shockwave System offers a practical two-source solution.

Contact Shandong Moonlight for technical specifications, treatment-head configuration, OEM/ODM options, pricing, and distributor support.