Cascading power 3 / 5 / 7 Tesla

The adaptive matrix allows precise intensity selection: 3 T (small applicator) for delicate zones, 5 T (medium) for joints, and 7 T (large) for deep work on large muscle groups and for patients with high BMI.

Hybrid modulation MT & ST Mode

Two technologies in one device. Muscle Treatment mode trains muscles and relieves spasms, while Super Transduction mode triggers intensive regeneration at frequencies up to 3000 Hz.

Cooling system Aqua Flow

Unlike air-cooled alternatives, liquid cooling of the inductors ensures stable induction even under high-throughput clinical workloads. 10+ hours of continuous therapy without overheating or shutdowns.

Reaches where others can't.
Greater depth enabled by Super Transduction technology.

SUBMIT REQUEST

High-intensity pulsed magnetic stimulation system for multi-purpose use: from neurorehabilitation and sports medicine to functional correction of soft tissue condition

Page summary

Scientific rationale

Biophysics and mechanisms

Mechanisms of deep neuromodulation and regeneration

High-intensity pulsed magnetic fields can penetrate deep tissues and induce electrical currents that affect neuromuscular activation, microcirculation, and recovery processes.

Key effects

Reduced pain severity: Activation of "gate control" pain mechanisms and inhibition of nociceptive transmission.
Neuroplasticity: Stimulation of neuronal depolarization, support of neuromodulation, and functional response of neural structures.
Trophic activation: Intensification of blood flow and support of tissue recovery processes.

Klinogicare platform

Quantum Magnetic Storm engineering architecture

High induction combined with high dB/dt

The system is built on a pulsed power architecture.

Technological foundation

Pulsed performance up to 65,000 T/s - determines the amplitude of the induced electric field and creates conditions for depolarization of deep neuromuscular structures.
Aqua Flow thermal stabilization - the cooling loop stabilizes pulse parameters during prolonged operation and high load without the need for technological pauses.
Cascading induction up to 7.0 Tesla - enables work with both sensitive anatomical zones and large muscle groups.

This configuration makes it possible to generate magnetic pulses with a fast rise time and stable amplitude across the full range of operating modes. This ensures effective induction of an electric field in deep tissues and the formation of a reproducible neuromuscular response.

Description of the high-power magnetic therapy method

Therapeutic concept of high-intensity inductive stimulation: a clinically recognized rehabilitation technology

High-Intensity Inductive Stimulation therapy (High-Intensity Inductive Stimulation) is a modern non-invasive physiotherapy method based on the effect of a powerful pulsed electromagnetic field on neuromuscular structures.

A rapidly changing magnetic field penetrates the body’s tissues without contact and induces electrical currents in nerve fibers and muscle cells. When the excitation threshold is reached, membrane depolarization occurs, an action potential is formed, and neuromuscular transmission is activated. At the cellular level, the effect is associated with changes in membrane potential and activation of ion channels, which is considered one of the key mechanisms of functional tissue response under high-intensity stimulation.

High-intensity systems provide a clinically meaningful level of impact on deep structures, which are often difficult to reach with superficial methods, and expand the possibilities of pain therapy, functional recovery, and prevention of muscle atrophy at various stages of rehabilitation. The method is widely used in rehabilitation practice, neuromuscular therapy, and recovery programs for pain syndromes and functional disorders of the musculoskeletal system.

Principle of operation

01

Field generation

The device generates a high-intensity pulsed magnetic field that propagates into deep tissues without direct contact with the skin.

02

Electromagnetic induction

The magnetic pulse induces an electric field and currents in tissues, causing depolarization of neural structures and stimulation of muscle fibers.

03

Neuromuscular contraction

The result is controlled activation and contraction of deep muscles, enabling the method to be used as a functional myostimulation tool even without active patient participation.

High-intensity magnetic stimulation is classified as a passive hands-free method. Unlike technologies that require constant manual guidance of an applicator - such as laser therapy, TECAR, or shockwave exposure - the procedure does not involve continuous movement of the handpiece by a specialist. This approach reduces staff workload, improves procedure reproducibility, and allows the technology to be effectively integrated into modern rehabilitation practice, including complex anatomical areas.

Neuromuscular activation cascade

Below is a sequential biophysical chain of events: from the propagation of a pulsed magnetic field in tissues to neuromuscular depolarization and the formation of a prolonged clinical effect.

Stage 1: Neuromuscular activation

1

Deep propagation of magnetic induction

Tissue exposure without contact-based transmission.

A high-intensity alternating magnetic field freely passes through clothing, skin, soft tissues, and bony structures, providing an effect on deeply located neuromuscular elements.

2

Induction of a local electric field (E-field)

Faraday’s law of electromagnetic induction.

A rapidly changing magnetic field induces a local electric field within tissues without the need for direct skin contact, ensuring high procedure tolerability.

3

Depolarization of motor neurons and initiation of an action potential

Suprathreshold activation of neuromuscular transmission.

The induced electric field stimulates motor nerves, causing membrane depolarization and the formation of an action potential, which leads to physiological contraction of muscle fibers without voluntary load from the patient.

B→E→depolarization cascade

The diagram shows the B→E→depolarization sequence, reflecting the key stages of neuromuscular activation: induction of an electric field and subsequent synaptic transmission of the signal to the muscle fiber.

Electric field induction (B→E)
Suprathreshold neuronal depolarization
Synaptic transmission to the muscle fiber

Stage 2: Tissue and functional response

4

Activation of cellular metabolism and microcirculation

Metabolic and reparative tissue stimulation.

Repeated muscle contractions activate cellular metabolism, enhance local microcirculation, and stimulate reparative processes in tissue structures.

5

Increase in functional muscle capacity

Adaptive effect with course-based stimulation.

Course-based magnetic stimulation supports strengthening of the muscular framework and increases tone and endurance, which is of key importance in sports and post-traumatic rehabilitation programs.

Neuron action potential

The chart illustrates the key phases of an action potential: reaching the membrane excitability threshold, depolarization, repolarization, and the refractory interval that determines the limits of repeated stimulation.

Membrane excitability threshold
Action potential phases
Absolute and relative refractory interval

6

Prolonged therapeutic outcome

Clinically, a reduction in pain and muscular hypertonicity is observed, along with improved functional mobility, restoration of motor control, and strengthening of the pelvic floor muscles. The effect typically increases with course-based use, supporting recovery after injuries and surgical interventions and reducing the severity of the chronic myofascial-tonic component of pain.

Frequency ranges and effects

Summary table: the relationship between physiological response and pulse frequency, and typical application objectives.

Range	Physiological response	Application area
2-7 Hz	Vasoactive effect, lymphatic drainage	Edema reduction, microcirculation recovery
8-25 Hz	Myostimulation, trophic "pumping"	Muscle strengthening, improved tissue nutrition
30-70 Hz	Metabolic activation of deep layers	Aesthetic correction, improved local metabolism and the structure of subcutaneous adipose tissue
80-120 Hz	Deep analgesia and neurostimulation	Pain therapy, conductivity recovery

Note: the ranges are approximate and are used as a baseline framework to describe dominant effects. Exact parameter selection is performed by a specialist based on the individual clinical objective.

Main Therapeutic Tasks

Relief of acute and chronic pain, non-pharmacological analgesia

Deep muscle stimulation and prevention of muscle atrophy after injuries and surgeries

Restoration of neuromuscular control and movement patterns

Relief of muscle spasm and correction of pathological hypertonicity

Strengthening of pelvic floor muscles (urogynecological rehabilitation)

Increased joint mobility and restoration of range of motion

Treatment of neuropathies and elimination of muscle weakness

Sports rehabilitation and accelerated return to training

Anatomical Application Atlas

Therapeutic Target Localization BODY_MAP_V2.0

Thanks to three specialized applicators of different diameters and an increased induction depth, the Klinogicare® system enables effective targeting of pathological foci in any anatomical zone.

Vertebrogenic Zone

Therapy for the cervical, thoracic, and lumbar spine. Deep action on paravertebral muscle groups, relief of spondylogenic pain, and reduction of the muscle-tonic component of pain in vertebrogenic syndromes.

Major Joints

Shoulder, elbow, hip, and knee joints. Use of the high-frequency Super Transduction mode to stimulate cartilage trophism and support reparative processes.

Peripheral Regions

Wrist joints, hands, ankle, and feet. Effective work with small joint structures, support of neuromodulation and functional response of peripheral nerve structures in tunnel syndromes and neuropathies.

Large Muscle Groups

Functional myostimulation of the abdominal muscles, glutes, and quadriceps. Used in active rehabilitation programs after immobilization, and for high-intensity aesthetic contouring.

Pelvic Diaphragm

Specialized extracorporeal stimulation of pelvic floor muscles. Used to strengthen the pelvic diaphragm and in urogynecological rehabilitation programs without the need for direct skin contact.

Clinical Indications

CLINICAL_MATRIX_V2.0

Sports Medicine and Functional Rehabilitation

SPORT_REHAB

Optimization of recovery phases: Support for an accelerated Return-to-Play via intensification of local metabolism.
Functional support: Inclusion in recovery programs for muscle, ligament, and tendon injuries (strains, microtears) - as part of comprehensive pathogenetic therapy.
Management of overload syndromes: Reduction of pain and the muscle-tonic component in tendinopathies (achillodynia, patellar tendinitis, epicondylitis).
Prevention of secondary degenerations: Prevention of disuse atrophy (disuse-atrophy) and degradation of neuromuscular connections during periods of forced immobilization.
Myorelaxation: Correction of post-exercise hypertonus and functional disorders after intense physical loads.
Tissue remodeling: Work with scar and fibrotic soft tissue changes at stages of late functional rehabilitation under specialist supervision.

Orthopedics and Traumatology

ORTHO_TRAUMA

Management of pain syndromes: Reduction of pain severity and functional limitations in degenerative-dystrophic joint diseases (osteoarthritis stages I-III).
Correction of enthesopathies: Use in rehabilitation programs for pathologies of tendon and ligament attachment zones (including calcifying changes).
Functional foot therapy: Work with pain syndromes in plantar fasciitis and overload changes of the aponeurosis.
Vertebrogenic support: Correction of muscle-tonic and fascial components of pain in degenerative spinal changes (without direct impact on spinal cord structures).
Support of reparative processes: Stimulation of physiological regeneration of the musculoskeletal system after injuries and orthopedic interventions as part of combined protocols.
Kinesiological adaptation: Restoration of physiological range of motion and elimination of functional blocks in the post-traumatic period.

Neurology and Neurorehabilitation

NEURO_REHAB

Targeted neuromodulation: Action on myofascial pain syndrome and inactivation of deep trigger zones with a pronounced muscular component.
Activation of motor patterns: Neuromuscular retraining and restoration of motor control in neurological rehabilitation programs (including post-stroke) under strict specialist supervision.
Hypertonus management: Reduction of pathological spasticity and correction of muscle tone as part of comprehensive neurological programs.
Peripheral support: Support of nerve trunk conduction in functional muscle weakness, neuropathies, and paresis.
Segmental impact: Neuromodulatory effects in chronic pain conditions in the cervical, thoracic, and lumbar spine.

Pelvic Rehabilitation

PELVIC_REHAB

Pelvic floor functional training: Extracorporeal strengthening of pelvic diaphragm muscles in urogynecological rehabilitation programs.
Incontinence correction: Non-invasive support for stress and mixed urinary incontinence via high-intensity functional stimulation.
Postnatal recovery: Rehabilitation of neuromuscular control of pelvic ring structures and muscle tone in the postpartum period.
Pelvic pain management: Neuromuscular support and reduction of the spastic component in chronic pelvic pain syndromes.
Contactless stimulation: Functional improvement of pelvic floor muscle endurance without the use of invasive probes and electrodes.

Important Notice

IMPORTANT_INFO

The information is provided for informational purposes only and is not direct medical advice or instructions for use. High-intensity pulsed magnetic stimulation may be considered as a component of comprehensive multidisciplinary rehabilitation. The selection of therapeutic parameters, modes, and target areas is performed exclusively by a qualified specialist based on the patient’s individual clinical status and applicable medical standards.

Contraindications and Use Considerations

CLINICAL_MATRIX_V2.0

Absolute Contraindications

ABSOLUTE_ALERT

Electronic implants: presence of pacemakers, implantable cardioverter-defibrillators (ICD), neurostimulators, insulin pumps, and any active medical devices - due to the risk of electronic malfunction under high-intensity magnetic fields.
Ferromagnetic implants in the treatment area: presence of metal elements made of ferromagnetic alloys (magnetically sensitive structures, clips, fragments) - potential risk of displacement or local heating due to induced currents.
Pregnancy: high-intensity stimulation is not applied to the abdomen, pelvis, and lumbar spine area.
Oncological diseases: presence of malignant neoplasms in the intended treatment area.
Acute infectious processes: conditions with significant fever, systemic infections, and purulent inflammatory changes in the therapy area.
Severe cardiac rhythm disorders: application near the precordial area is allowed only after clinical specialist evaluation and risk exclusion.

Relative and Zonal Limitations

RELATIVE

Precordial area: direct high-intensity stimulation over the heart projection should be avoided, especially in patients with cardiac conditions.
Pediatric growth zones: exposure over active epiphyseal plates in children and adolescents is used only under strict indications and specialist supervision, due to limited clinical evidence for high-intensity stimulation during growth.
Metal structures (non-ferromagnetic): presence of titanium implants, endoprostheses, and fixation hardware requires caution and continuous monitoring of the patient’s subjective sensations (vibratory sensations or local heating may occur).
Pelvis and urogynecological protocols: application in the pelvic area is performed only by a specialist, taking into account the patient’s individual status and clinical objective.

Important Safety Clarification

IMPORTANT_INFO

Klinogicare® Quantum Magnetic Storm belongs to the class of high-intensity pulsed magnetic stimulation systems with induction up to 7.0 Tesla, which requires strict compliance with safety regulations.

Interaction with metal and electronics: a high-intensity field induces pronounced eddy currents in conductors. Electronic devices (smartphones, watches), bank cards, and sensitive equipment must not be kept in close proximity to an operating inductor to avoid damage.
Head area: the system is not intended for transcranial use. For influencing brain structures, only the rTMS method is used on specialized equipment of a different power class. Quantum Magnetic Storm is used for therapy of somatic areas, excluding the skull projection.

Use Considerations for Spinal Pathology

SPINE_TECH

High-intensity pulsed magnetic stimulation can be used as a component of comprehensive rehabilitation programs for:

functional muscle-tonic syndromes
fascial and paravertebral pain components
chronic hypertonus of deep back muscles
recovery after overload and surgical interventions

Unlike mechanical methods of action, an alternating magnetic field passes through tissues with minimal attenuation compared to optical methods and provides stimulation of deep paravertebral muscles and nerve plexuses without direct tissue trauma.

Hardware Architecture

Klinogicare® Quantum Magnetic Storm

Klinogicare® Quantum Magnetic Storm is a next-generation intelligent high-intensity pulsed magnetic stimulation system. The equipment is designed for non-invasive functional therapy of neuromuscular and musculoskeletal structures through deep electromagnetic induction without direct skin contact.

The system ensures targeted activation of motor neurons, correction of muscle hypertonicity, and stimulation of recovery processes in deep tissue layers. Thanks to record induction power and hybrid modes, Quantum Magnetic Storm is used in clinical and sports practice as a universal tool for comprehensive rehabilitation, pain therapy, and functional recovery after injuries and surgeries.

Achieving results where others reach their limit

Specifications

Configuration Options

2 channels

Klinogicare® Quantum Magnetic Storm
DUO

1 channel

Klinogicare® Quantum Magnetic Storm
UNO

Modes	Muscle Treatment Mode (MT) - 1-150 Hz Effective stimulation of muscle fibers, improved circulation, tension relief, and recovery support. Super Transduction Mode (ST) - 1000-3000 Hz Deep penetration into dense structures (joints, bone), intensive regeneration support.
Control Display	10" (DUO) / 8" (UNO) - Color touchscreen
Induction Intensity	0.1-7.0 Tesla (Adjustable)
dB/dt	Up to 65 000 T/s
Programs	Pre-set protocols + clinical guide
Cooling	Patented Aqua Flow system (water) - up to 10 hours of continuous operation
Dimensions (cm)	43 x 38 x 105 (DUO) 43 x 38 x 50 (UNO)
Weight	55 kg (DUO) / 38 kg (UNO)

Applicator Set (PRO SERIES)

Small applicator (diameter 13 cm)
Ring applicator (diameter 20 cm)
Grand applicator (diameter 26 cm)

Service and Warranty

Installation support and operator training
Warranty terms may vary by region
Support available in English (and local languages upon request)

Selection guide

Parameter reference

Key criteria.

Power

Frequency

Number of channels

Applicator variety

Portability

Service

Built-in programs

Cooling type

01

Physics of action

Core performance parameters

Induction (Power)

Defines the strength of the magnetic field. The higher the value, the deeper and more intensely nerves and muscles are stimulated, promoting activation of deep structures.

Superficial (2-3 T)

Deep (5-7 T)

Frequency range

Determines the depth of neurostimulation and the type of therapeutic effect.

Range 1-160 Hz

This is the standard for muscle and nerve stimulation.

Range 1000-3000 Hz

Enables anti-pain protocols and neuromodulation.

02

Engineering architecture

Stability and operation

Cooling system

Type	Features
Air	Requires no maintenance, but needs technical pauses during prolonged use.
Liquid	Allows 6-10 hours of continuous operation without breaks. However, it requires replacing the water in the circuit every 4 weeks.

Number of channels

1 channel: Work with only one area (one patient).
2 channels: Simultaneous work with two muscle groups (or two patients).

03

Service and options

Targeting and support ecosystem

Anatomical adaptation of applicators

Different anatomical zones require different field geometry and inductor diameter.

Small applicator Joints and delicate areas. Minimizes field dispersion and prevents activation of surrounding structures. Critical for the hand, ankle, and local trigger points.

Medium applicator Universal. Optimal for the hip region and inner thigh, where a large inductor can cause excessive stimulation of bony landmarks.

Large applicator Large muscle groups. Designed for quadriceps, glutes, and paravertebral zones - maximum coverage for high-intensity protocols, including sports programs.

Support ecosystem

Assembly and commissioning.
Training.
Warranty and post-warranty support.
Authorized service (engineers and spare parts inventory).
Trade-In program for loyal customers.
Equipment test drive before purchase.

04

Convenience

Ergonomics and control

Portability

Dimensions and weight affect mobility and placement convenience. Large and heavy systems limit use in off-site conditions or in small rooms.

Built-in programs

A protocol library for a quick start and an expert mode for manual parameter tuning.

Why is not only the Tesla value important, but also dB/dt?

IMPORTANT

Many compare magnetic stimulation systems by peak induction (Tesla). However, the clinical effect is determined not only by the maximum field value, but by the rate of its change over time - the dB/dt parameter.

According to Faraday's law of electromagnetic induction, it is the rate of change of the magnetic pulse that forms the induced electric field in tissues:

E ∝ dB/dt

This electric field is the direct cause of depolarization of nerve fibers and muscle contraction. Therefore, for expert-class systems, it is not simply "high Tesla" that matters, but the ability to generate a sharp and powerful pulsed rising edge.

Simply put:

Tesla (B) - is the maximum field "peak".
dB/dt - is the pulse "impact" that triggers neuromuscular activation.

You can have high induction but a slow pulse - and the effect will be limited. Expert systems are evaluated precisely by pulse performance.

Quantum Magnetic Storm delivers up to 65 000 T/s (dB/dt), which corresponds to suprathreshold neurostimulation of deep structures and confirms a true HIMS/ST class.

What does a high dB/dt deliver in practice?

✓Suprathreshold stimulation - provides pronounced contraction of deep muscles even in athletes with well-developed musculature and in patients with high BMI.
✓Depth of the therapeutic window - the ability to work with the pelvic floor, paravertebral muscles, and other structures that are only limitedly reachable by low-intensity PEMF systems.
✓Engineering credibility of the High-Intensity class - a high dB/dt reflects the quality of the pulse architecture: power capacitors, low-loss coils, and the ability to deliver a powerful pulse without degradation.

How this looks in the specification

It is important to pay attention to all indicators

•"3 Tesla"
•"Super Inductive"

And when choosing, study the full engineering profile of the device:

✓7.0 Tesla peak
✓65 000 T/s dB/dt
✓Range up to 3000 Hz

Induction intensity: 0.1 - 7.0 Tesla (Adjustable)
Quantum Magnetic Storm implements cascaded field adjustment - from delicate levels of 0.1-3.0 T for sensitive areas to peak 7.0 T for deep stimulation of large muscle groups. High induction ensures the formation of a suprathreshold electric field in deep tissues and fundamentally distinguishes the system from low-intensity solutions that operate only in a gentle metabolic support mode.

dB/dt: up to 65 000 T/s
The key effectiveness criterion for pulsed HIMS systems is not only maximum Tesla, but the rate of field change (dB/dt). dB/dt determines the amplitude of the induced electric field and the system's ability to trigger depolarization of neuromuscular structures. A value up to 65 000 T/s means high pulse performance and confirms that Quantum Magnetic Storm operates in true neurostimulation and deep transduction mode.

FAQ

Questions and Answers

Informational block on high-intensity magnetic stimulation - Klinogicare® Quantum Magnetic Storm

!

IMPORTANT NOTE: The information is provided for informational purposes only and is not medical advice or instructions for use. High-intensity pulsed magnetic stimulation is used as a component of comprehensive rehabilitation. The selection of parameters, modes (MT/ST), and target areas is performed only by a qualified specialist.

I. PATIENT QUESTIONS

No. The procedure generally does not cause pain. Unlike electrical stimulation with currents, the magnetic field does not irritate superficial pain receptors in the skin. The patient feels deep rhythmic muscle contractions or a gentle vibration in the target area.

The main sensation is the muscle working "from the inside": contractions, pulsation, neuromuscular activation. This is not a superficial "electric shock" - it is a physiological contraction of muscle fibers under the influence of the field.

No. The magnetic field passes freely through clothing, textiles, bandages, and even plaster casts. The procedure is performed directly through clothing, which increases comfort and saves appointment time.

No. The magnetic field passes through hair without clinically significant power loss. Depilation is not required.

No. The method is contactless. No stickers, electrodes, gels, or coupling media are required.

Yes. The method is often used as part of comprehensive programs for pain syndromes and functional disorders. Parameters are always selected by a specialist.

For some patients, relief (pain reduction, spasm release) appears after the first session. But more often a pronounced effect develops with course use - after 3-5 procedures, when neuromodulation and restoration of control are initiated.

Typically, a course includes 5 to 10 procedures, but the exact plan is determined by the physician individually depending on the clinical objective.

In most cases - yes. However, in acute injuries the physician may recommend temporarily reducing the load on the treatment area. The Return-to-Play decision is always made by a specialist.

Yes. Since the method causes powerful contraction of deep muscles, moderate muscle fatigue is sometimes possible, like after a workout. This is a normal physiological response.

II. PRACTICAL QUESTIONS

No. Conventional magnetotherapy is a low-intensity exposure that provides a mild physiotherapy background. High-intensity stimulation (HIMS/PMST) operates in suprathreshold depolarization mode and causes real contraction of deep muscles.

PEMF (Pulsed Electromagnetic Field) - a low-intensity technology aimed at gentle metabolic support of tissues. Muscles do not contract.

Quantum Magnetic Storm (HIMS/PMST) provides powerful neuromuscular activation at depths not accessible to PEMF. This is an expert class of "heavy rehabilitation".

Electrical stimulation acts through the skin and often causes burning or discomfort at electrode sites. Magnetic stimulation induces currents deep in tissues, bypassing skin pain receptors, so it is significantly more comfortable and works deeper.

Yes. Magnetic stimulation is often combined with therapeutic exercise, manual therapy, high-intensity laser, and shockwave therapy. The combination is determined by the physician within the protocol.

Parameters depend on system power, mode (MT/ST), target depth, and clinical objective. The same numbers on the screen of different devices do not mean the same physiological load.

Not always. Effectiveness is determined by correct selection of frequency and intensity for the patient's condition, not by maximum numbers.

III. TERMINOLOGY

There are many abbreviations in the market that often refer to methods with similar underlying physics. The main difference is in field intensity and frequency range.

High Induction Magnetic Stimulation (HIMS)
High-induction stimulation based on powerful fields that cause muscle contraction and tone regulation. Technology class of Quantum Magnetic Storm.

Pulsed Magnetic Super Transduction (PMST)
High-intensity super transduction with an extended frequency range for deep protocols.

Super Inductive System (SIS)
A marketing name for high-intensity systems for pain relief and mobilization.

Extracorporeal Magnetotransduction Therapy (EMTT)
Extracorporeal magnetotransduction therapy for recovery after injuries.

Pulsed Electromagnetic Field (PEMF)
Low-intensity field for gentle metabolic stimulation, without muscle contraction.

High-Intensity Focused Electromagnetic Technology (HIFEM)
Focused technology often used in aesthetics for muscle training.

Static Magnetic Therapy
Permanent magnets, low intensity, and a weaker evidence base.

Repetitive Transcranial Magnetic Stimulation (rTMS)
A specialized method affecting the brain (depression, neurology) using a different class of equipment.

IV. FOR SPECIALISTS

The mechanism is based on a chain: magnetic field -> induction of an electric field -> depolarization of motor neurons -> muscle contraction -> neuromodulation, analgesia, restoration of motor control.

MT Mode (1-150 Hz)
Myostimulation, reduction of hypertonus, tone restoration, and muscle work.

ST Mode (1000-3000 Hz)
Deep neuromodulation, work with fascia, and regenerative protocols for the joint-ligament apparatus.

The procedure does not require constant movement of the applicator, unlike TECAR, laser, or shockwave therapy. The applicator is fixed with a holder, reducing staff workload and improving protocol reproducibility.

Tesla shows peak induction, but the clinical effect is determined by the rate of field change (dB/dt). dB/dt determines how powerful the electric field induced in tissues is and whether the depolarization threshold is reached. Quantum Magnetic Storm delivers values up to 65 000 T/s - an expert level of neuromuscular activation.

V. SAFETY AND LIMITATIONS

No. Implantable electronics (pacemakers, ICDs, neurostimulators, pumps) are absolute contraindications.

Ferromagnetic elements (steel, iron) in the treatment area are a contraindication. Non-ferromagnetic structures (for example, titanium) are most often allowed, but require caution and monitoring of the patient's sensations.

Quantum Magnetic Storm is not intended for transcranial use. Brain stimulation is performed only with rTMS on specialized systems of a different power class under the supervision of neurophysiologists.

Yes. A high-intensity field induces currents in conductors. Smartphones, watches, bank cards, and sensitive electronics must not be near the operating applicator.

VI. BUSINESS AND SERVICE

Service, spare parts supply, and technical support are managed depending on the region of operation - either directly by our structures (Head Office - Miami, USA; European branch - Germany) or by our officially authorized representative in the respective country.

- Assembly and commissioning
- Staff training
- Warranty service
- Post-warranty support

This eliminates downtime risks and preserves continuity of the treatment process and the clinic's revenue.

!

IMPORTANT CONCLUSION: The information is provided for informational purposes only. The selection of modes, parameters, and target areas is performed only by a qualified specialist within medical standards.

The appearance of the product may vary depending on the delivery region. Technical and functional parameters are identical for all versions of the device.

Manufacturer:

GATRIA Global LLC 66 W Flagler Street, STE 900, Miami, 33130, Florida, USA

Contact us

Scientific Research

Scientific Publication • IEEE Access

Effects of High-Induction Magnetic Stimulation on the Viscoelastic Properties of the Biceps Brachii

Effects of the High-Induction Magnetic Stimulation on Viscoelastic Properties of the Biceps Brachii

The study was conducted with the support of the Ministry of Health of the Czech Republic (Grant NV16-28784A). The work evaluated the effect of HIMS (High-Induction Magnetic Stimulation) on muscle tone and tissue elasticity.

DOI: 10.1109/ACCESS.2021.3062783 • 26 February 2021

Read the original on IEEE Xplore

Clinical Study • Pain Management

Clinical Study of Applied High-induction Electromagnetic Field on Painful Conditions

Objective: Verification of the analgesic effect of SIS (Super Inductive System) on a sample of 57 patients with acute and chronic pain of the musculoskeletal system.

Pain intensity reduction: the average result was 37.5%, regardless of diagnosis.
Effectiveness: significant relief was recorded in 46 out of 50 patients (92%).
Methodology: use of VAS and VNRS scales to objectify the analgesic effect.

Conclusion: high effectiveness of the technology was demonstrated in clinical practice for the treatment of pain of various etiologies.

Published: Rehabilitace a fyzikální lékařství, 2016, Vol. 3(23), p. 142—148

Open the full study text (PDF)

Randomized Controlled Trial • J Rehabil Med 2023

Electromagnetic Induction for Treatment of Unspecific Back Pain: A Prospective Randomized Sham-Controlled Clinical Trial

Study objective: to evaluate the effects of high-energy pulsed electromagnetic fields in nonspecific back pain.

Statistics: the treatment group showed a significant reduction in pain compared with the control group (p = 0.001).
Speed: therapy demonstrated a statistically significant rapid effect on pain relief.
Design: the study followed the standards of a prospective randomized sham-controlled trial (61 patients).

Conclusion: non-thermal and non-invasive electromagnetic induction is an effective tool for rapid treatment of nonspecific back pain.

J Rehabil Med. 2023 Apr 28;55:jrm00389.
doi: 10.2340/jrm.v55.3487 • PMID: 37115201

View the publication on JRM

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Scientific Review • Clinical Review 2023

Review of Clinical Applications of High-Intensity Electromagnetic Field Devices (HITS)

Introduction to High Intensity Tesla Stimulation (HITS) and Review of Electro-Magnetic Field Device clinical applications

Zoom in on the review

Sports Medicine Aesthetics Urology Rehabilitation Pain Management

This meta-review confirms that high-intensity magnetic stimulation induces deep neuromodulation and muscle contractions, which are effective across a wide range of clinical applications.

Frequency versatility: High frequencies (up to 3000 Hz) are optimal for muscle strengthening, while lower frequencies (1-160 Hz) are more commonly used for pain therapy.
Dose-dependent effect: The number of sessions directly impacts outcomes, especially in motor control rehabilitation and incontinence treatment.
Comprehensive improvement: Effects have been demonstrated on endurance, muscle volume, reduced spasticity, and improved joint range of motion.

Summary: Magnetic stimulation significantly improves patients’ quality of life, delivering progress in cases where traditional methods may be less effective.

Open the review PDF (in a new window)

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