Original tecar therapy.
HYDRA FASCIA supercharge electrodes.
Make your fascial manipulation more effective and your results more stable over time. Deep hydration of the fascia.
The evolution of the Original Tecartherapy continues.
With the introduction of the new HYDRA FASCIA high-impedance Supercharge Electrodes, Humantecar takes a further step forward in the targeted stimulation of soft tissues, particularly the superficial and deep fascia, which have always been silent but crucial protagonists of the functional efficiency and general well-being of the human body.
Patent No. 202025000003751
Patent pending n°202025000003751
After more than 35 years of successful soft tissue treatment, we are moving away from traditional electrodes and introducing a treatment approach focused on hydration and fascial modulation.
Targeted fascia stimulation: the clinical revolution of HYDRA FASCIA
We are entering a new era: HCR 1002, the fourth generation of the Original Tecartherapy, now evolves into the revolutionary Hydra Fascia, opening up therapeutic horizons unimaginable until now.
Hydra Fascia is not just an innovative technology, but a true paradigm of intervention: thanks to a unique mechanism of action on the fascia's hydrous microenvironment, it guarantees deeper, more targeted, and longer-lasting treatments. This scientific advancement maximizes the skill of doctors and physiotherapists, offering:
Fascial remodeling:
acting directly on the viscosity and tension of the tissues, it promotes a more effective release of adhesions;
Deep hydration:
stimulates interstitial flow, restoring the elasticity and smoothness of the fascial planes;
synergy
operator–technology:
the technology enhances the sensitivity of the hands, allowing for unique and constant therapeutic control;
Application versatility:
indicated in post-traumatic rehabilitation, prevention of overuse and chronic fascial pathologies and in professional and amateur sports.
"With the HCR 1002 Hydra Fascia, Humantecar writes a new chapter in the history of physiotherapy: a technological achievement destined to redefine the standards of effectiveness and comfort for professionals and patients."
Soft tissues: these unknowns
The fascia: a dynamic organ at the heart of musculoskeletal balance
The role
of the physiotherapist
Every day, physical therapists work closely with soft tissues: muscles, fascia, and connective tissue. These are complex and living structures whose function extends far beyond their mechanical structure. Effectively treating these tissues is often difficult without tools capable of penetrating deeply and precisely.
The research
scientific
In recent years, scientific research has brought a fundamental element to the fore: the fascia.
No longer relegated to the role of a simple covering, it is today recognized as a plastic, active and intelligent system, with its own functions, comparable to those of an organ.
The band
Fascia is a three-dimensional network of connective tissue that envelops, connects, and permeates every structure in the body: muscles, bones, nerves, vessels, and organs. Its anatomical and functional continuity allows for the transmission of force, posture regulation, pain management, and even autonomic control.
Inside the fascia are sensory receptors, immune cells, fibroblasts, and stem cells: the fascia senses, responds, and adapts. It's alive.
Features
One of its most fascinating characteristics is its plasticity: the fascia can change its density, viscosity, and organization in response to mechanical, thermal, or electromagnetic stimuli.
But to function properly, it needs one essential condition: hydration.
Hydration
A well-hydrated fascia is elastic, responsive, and fluid; a dehydrated fascia, on the other hand, loses fluidity, thickens, and stiffens. This leads to impaired force transmission, restricted movement, and increased pain. Hydration isn't just a physical parameter: it's a direct reflection of metabolic and circulatory activity within the connective tissue.
Restoring the fascia
When fascia loses its natural ability to "slide" between tissue layers, complex clinical conditions begin to manifest: chronic tension, joint stiffness, recurrent inflammation, and lymphatic stagnation. This is why restoring fascial quality is now one of the most important keys to treating musculoskeletal disorders, as well as prevention, sports recovery, and active aging.
Tech
The new HCR 1002 Hydra Fascia now allows for selective, controlled, and deep intervention on this tissue. Not to act on the surface, but to restore the internal functionality of the fascia, reactivating the biological processes underlying its elasticity and vitality.
In this context, fascia emerges as a true regulatory organ, at the crossroads of structure and function, of the nervous, muscular, vascular, and immune systems. Recognizing its importance and learning to treat it specifically means making a qualitative leap in manual and instrumental therapy.
Soft tissues: these unknowns
The fascia: a dynamic organ at the heart of musculoskeletal balance
The role
of the physiotherapist
Every day, physical therapists work closely with soft tissues: muscles, fascia, and connective tissue. These are complex and living structures whose function extends far beyond their mechanical structure. Effectively treating these tissues is often difficult without tools capable of penetrating deeply and precisely.
The research
scientific
In recent years, scientific research has brought a fundamental element to the fore: the fascia.
No longer relegated to the role of a simple covering, it is today recognized as a plastic, active and intelligent system, with its own functions, comparable to those of an organ.
The band
Fascia is a three-dimensional network of connective tissue that envelops, connects, and permeates every structure in the body: muscles, bones, nerves, vessels, and organs. Its anatomical and functional continuity allows for the transmission of force, posture regulation, pain management, and even autonomic control.
Inside the fascia are sensory receptors, immune cells, fibroblasts, and stem cells: the fascia senses, responds, and adapts. It's alive.
Features
One of its most fascinating characteristics is its plasticity: the fascia can change its density, viscosity, and organization in response to mechanical, thermal, or electromagnetic stimuli.
But to function properly, it needs one essential condition: hydration.
Hydration
A well-hydrated fascia is elastic, responsive, and fluid; a dehydrated fascia, on the other hand, loses fluidity, thickens, and stiffens. This leads to impaired force transmission, restricted movement, and increased pain. Hydration isn't just a physical parameter: it's a direct reflection of metabolic and circulatory activity within the connective tissue.
Restoring the fascia
When fascia loses its natural ability to "slide" between tissue layers, complex clinical conditions begin to manifest: chronic tension, joint stiffness, recurrent inflammation, and lymphatic stagnation. This is why restoring fascial quality is now one of the most important keys to treating musculoskeletal disorders, as well as prevention, sports recovery, and active aging.
Tech
The new HCR 1002 Hydra Fascia now allows for selective, controlled, and deep intervention on this tissue. Not to act on the surface, but to restore the internal functionality of the fascia, reactivating the biological processes underlying its elasticity and vitality.
In this context, fascia emerges as a true regulatory organ, at the crossroads of structure and function, of the nervous, muscular, vascular, and immune systems. Recognizing its importance and learning to treat it specifically means making a qualitative leap in manual and instrumental therapy.
Supercharge HYDRA FASCIA: the natural evolution of our research on fascia.
Our approach to physiotherapy and soft tissue treatment has always been guided by a clear principle: never be satisfied, even when faced with already excellent results.
It is in this spirit that the line of electrodes was born Supercharge HYDRA FASCIA, the result of over two years of advanced research, dedicated to a specific goal: to act even more selectively and effectively on the fascia, improving its hydration, functionality and biological response.
THEOriginal Tecartherapy It has long been shown to significantly reduce pain and improve the quality of movement from the first applications, especially in cases where the fascia is dehydrated, fibrotic, or compromised in its ability to slide between tissue layers. We have observed how, by correctly treating the fascia, quick resultsie measurable, with benefits on elasticity, drainage and muscle coordination.
Application fields
How it works
Continuing our clinical experience, we wanted to take a further step forward: refine the stimulus, going beyond the generalized treatment of soft tissues to reach even more precisely the superficial and deep fasciae, unique tissues with morphological and reactive characteristics that cannot be assimilated to either muscles or joints.
A complete range for tailor-made treatments:
LYMPHANOVA and STRUCTURANOVA
Within the HYDRA FASCIA line, we have developed two types of Supercharge electrodes with different thicknesses and intended uses, to adapt to specific clinical and functional needs. This modularity of action allows the physiotherapist to precisely select the most suitable tool for the individual patient, the treatment phase, and the desired therapeutic or aesthetic goals.
Lymphanova
This is the reduced-thickness version, designed to act primarily on the superficial fascia. Thanks to its configuration, it allows for targeted intervention on the microcirculation and drainage of interstitial fluids. It is particularly suitable for:
- in the protocols for post-exertion muscle recovery;
- in the treatment of retentions, edema, lymphatic effusions;
- in functional aesthetics programs, for improve the appearance of the skin and the quality of the tissues.
Structuranova
It is the thicker version, designed to effectively stimulate the deep fascia.
The action penetrates deep tissue layers, where it affects muscle tone and trophism. It is ideal for:
- for improve endurance, firmness and muscle strength;
- in physiotherapy treatments aimed at hypotonic patients or in the process of post-traumatic recovery;
- to enhance the tissue regenerative response in the long term.
The physiotherapist at the center of integrative medicine
The physiotherapy profession is undergoing a profound transformation. Thanks to technologies such as HYDRA FASCIA, is no longer just the point of reference for rehabilitation, but a central figure in the treatment process in many branches of medicine.
Today, physiotherapists can actively support disciplines such as: phlebolymphology (lymphedema, lipedema, venous insufficiency), rheumatology, functional aesthetic medicine, geriatrics, and sports medicine.
Il fascia treatment as an active and modulable organ – to be hydrated, stimulated and rebalanced – it opens up new therapeutic possibilities where previously only partial solutions were offered.
"Physiotherapy evolves and integrates, offering concrete, personalized, and sustainable solutions."
Hydra Fascia Electrodes: A new category for selective fascia modulation
Operating Principle
- Hydra Fascia electrodes They represent an evolution of the energy transmission in the original tecar therapy, designed to interact specifically with the fascia, a tissue with low conductivity but high reactivity when correctly stimulated.
Their structure includes:
- A controlled insulator, which creates a partial capacitive barrier.
- A conductive system integrated into a high-impedance electrode, designed to limit the direct current and favor the reactive component, typical of the oscillating interaction between the field and the tissue.
This configuration is not comparable to the classic capacitive electrode, which favors tissues rich in water (such as muscle), nor to the pure resistive electrode, which transmits energy in depth without a selective filter.
The high impedance of the electrode is achieved through a specific design of the materials and internal geometry, which modulate the energy flow according to the tissue response.
Why a new type of electrode was needed
The Hydra Fascia generate medium frequency, low intensity oscillating fields that interact with the component water of the band, favoring a viscosity modulation has always been fiber reorganization, without overheating or dispersion into adjacent tissues.
La band It does not behave like a muscle or a tendon:
- It is not highly conductive.
- It is rich in water but only in optimal conditions.
- Reacts to stimuli weak, constant and selective, rather than powerful impulses.
For this reason, the effective biological response is not obtained with the capacitive electrode (which by its characteristics tends to develop its activity in the area below the electrode) nor with the resistive one (whose activity is localised on osteoarticular structures), but with a signal-modulated stimulation like that of the electrodes Hydra Fascia.
The Hydra Fascia electrodes are registered models.
Patent No. 20205000003751
Patent pending n°20205000003751
"With Hydra Fascia, we're not just looking for power, but precision of stimulation. The therapeutic effect comes from the quality of the signal and its resonance with the fascia, not just the amount of energy transmitted."
Structuranova supercharge electrodes
Lymphanova supercharge electrodes
Clinical Specialization Seminar with HCR 1002 Technology – Hydra Fascia
Two days of intensive training - Reserved exclusively for physiotherapists already trained in the use of Humantecar technology – dedicated to the clinical study of the treatment of pain, inflammation, myofascial stiffness, and lymphatic dysfunction, with advanced applications in dermatofunctional physiotherapy, rehabilitation of pelvic floor dysfunction, anti-aging protocols, and management of geriatric patients.