Medical Grade Electromagnetic Focused Shockwave Therapy Device for Tendon Muscle Pain Rehabilitation and ED Treatment

Medical Grade Electromagnetic Focused Shockwave Therapy Device for Tendon Muscle Pain Rehabilitation and ED Treatment

What Is EMFOCUS Focused Shockwave Therapy?

The GMS EMFOCUS Focused Shockwave Therapy Platform is a clinically oriented electromagnetic shockwave system developed to deliver controlled, high-pressure focused acoustic energy into deep tissue layers. The system is engineered to support a wide range of therapeutic objectives, including pain management, tissue regeneration, musculoskeletal rehabilitation, sports injury recovery, and vascular-related functional improvement, while maintaining a non-invasive and outpatient-friendly treatment profile. EMFOCUS is intended for professional use in rehabilitation clinics, physical therapy centers, sports medicine departments, and medical institutions.

Focused Shockwave Therapy Concept

Focused shockwave therapy is based on the delivery of short-duration, high-intensity acoustic pressure pulses that converge at a predetermined depth within the body.

Unlike superficial stimulation methods, focused shockwaves:

• Reach deep pathological tissues

• Concentrate energy at a defined focal zone

• Preserve surrounding structures

• Achieve higher therapeutic efficiency with fewer pulses

This makes focused shockwave therapy particularly suitable for chronic, deep-seated, or treatment-resistant conditions.

Electromagnetic Shockwave Generation Technology

Electromagnetic Energy Conversion

EMFOCUS utilizes an electromagnetic shockwave emitter (EMSE) consisting of:

• A high-performance electromagnetic coil

• A conductive metallic membrane

• A sealed water transmission chamber

When an electrical impulse is applied:

1. The coil generates a rapidly changing magnetic field.

2. Eddy currents are induced in the metallic membrane.

3. The membrane accelerates abruptly away from the coil.

4. This sudden movement produces a sharp acoustic pressure wave.

5. The wave propagates efficiently through the water medium toward the tissue.

This method ensures:

• Consistent pulse characteristics

• Stable peak pressure output

• Accurate repetition control

• Long-term system reliability

Energy Focusing and Depth Control

After generation, the acoustic pulse is:

• Guided through a water-based transmission path

• Focused using an acoustic lens structure

• Delivered precisely to tissue depths ranging from 0 to 65 mm

The focused energy profile allows clinicians to:

• Treat deep muscles, tendons, fascia, and bone interfaces

• Minimize surface discomfort

• Reduce unnecessary impact on adjacent bones

• Adjust treatment depth according to clinical needs

Mechanical and Biological Effects

Cavitation-Induced Microstimulation

The rapid pressure changes generated by focused shockwaves create temporary cavitation bubbles within tissue fluids. The collapse of these bubbles results in localized mechanical stress that stimulates cellular activity.

This process contributes to:

• Microcirculation enhancement

• Cellular membrane activation

• Initiation of tissue repair signaling pathways

Mechanotransduction and Cellular Response

Mechanical stress from shockwaves is converted into biological signals at the cellular level, influencing:

• Fibroblast activity

• Endothelial cell function

• Collagen fiber reorganization

This mechanotransduction process is essential for tissue regeneration and functional recovery.

Pain Reduction Mechanisms

Focused shockwave therapy supports pain management through multiple mechanisms:

• Temporary inhibition of pain signal transmission

• Reduction of neuropeptides associated with chronic pain

• Modulation of inflammatory mediators

• Improvement of local blood flow and oxygenation

Together, these effects contribute to both immediate and long-term pain relief.

Regenerative and Long-Term Effects

With repeated treatment sessions, EMFOCUS therapy supports:

• Tendon and ligament remodeling

• Strengthening of connective tissue

• Improved elasticity and load tolerance

• Restoration of functional movement

• Long-term improvement in quality of life

Clinical Indications

Rehabilitation Medicine

• Chronic tendon disorders

• Myofascial pain syndromes

• Post-traumatic soft tissue injuries

• Functional rehabilitation following immobilization

Sports Medicine

• Overuse injuries

• Muscle and ligament strain

• Sports-related soft tissue trauma

• Recovery support for athletes

Orthopedic Support

• Plantar fascia disorders

• Calcific tendon conditions

• Delayed bone healing stimulation

Aesthetic and Wellness Applications

• Cellulite appearance improvement

• Tissue firmness and circulation support

Erectile Dysfunction Therapy Support

Therapeutic Rationale

Erectile dysfunction often results from impaired vascular function and reduced penile blood supply. Focused shockwave therapy addresses these factors by stimulating vascular regeneration and endothelial repair.

Shockwave-induced mechanical stimulation promotes:

• Angiogenic response

• Improved smooth muscle function

• Enhanced penile hemodynamics

Treatment Characteristics

• Non-invasive outpatient procedure

• No anesthesia required

• Suitable for patients using nitrates

• Typical protocol includes 6–12 sessions

• Gradual improvement during treatment course

• Continued functional improvement for up to 3 months

• Repeatable with minimal adverse effects

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Technical Specifications

System Configuration and Operation

• User-friendly guided treatment interface

• Stable water-cooled shockwave transmission system

• Compact clinical footprint

• Designed for continuous professional use

• Reduced mechanical stress on non-target tissues

Pre-Use Preparation & FAQ

How is water added to the system?

Please follow the official instructional video provided with the system for correct water filling procedures.

How frequently should the water be replaced?

Water should be replaced every two weeks to maintain optimal acoustic transmission and system performance.

Why is water drained before shipping?

Water is removed prior to transportation to prevent leakage during international shipping. If the device is relocated over long distances, water should be drained again before transport.

What water quality is recommended?

Only distilled or purified water should be used. Ordinary tap water may cause mineral buildup and negatively affect the water transmission system.

Safety Information & Contraindications

• Pregnancy

• Active infection at the treatment site

• Malignant tumors in the treatment area

• Blood coagulation disorders or anticoagulant therapy

• Implanted electronic devices such as pacemakers

• Open wounds or skin lesions in the treatment area