HCR 1002.
The technological revolution that makes your therapy more effective and faster.
HCR 1002 is a fundamental tool in manual therapy. It acts on the microcirculation, maximizes the body's recovery capacity, maintains or restores it to a state of balance and optimizes its performance. From the first application, the treated person will be able to see the immediate benefits: pain and discomfort disappear, functional recovery is achieved quickly and more easily.
This is the most innovative fourth-generation technology, the result of over 30 years of practical experience and 4 years of study and research on new materials adopted in biomedical technology. HCR 1002 is equipped with a high-efficiency generator, capable of ensuring greater available power to the advantage of a drastic reduction in therapeutic times.
"With the HCR 1002, the operator's dexterity no longer has any limits."
What is that
HCR 1002 is an electromagnetic stimulator of microcirculation. It works by emitting a medium frequency radio signal (447/448 KHz) applied to biological tissues by means of two types of contact electrodes.
How it works
Applied by contact on biological tissue using two specific types of conductive electrodes – high and low impedance – it allows for metabolic activation of the tissue itself, stimulating blood/lymphatic circulation in more or less extensive areas of the body.
HCR 1002 is based on the principle of the capacitor, well known in physics and applied for the first time on this type of electromedical equipment. In the biological field, we can talk about the mobilization of electrical charges naturally present in the body called electrolytes. These are able to influence cellular metabolism, inducing a request for more oxygen and nourishment and consequently, a greater blood supply in a given body district.
The mobilization of electrolytes and their accumulation in the desired body district occurs in three phases
First level
Increased microcirculation
At the first level, there is a biostimulation with an increase in intracellular energy transformations, an increase in oxygen requirements due to the activation of tissue biochemistry, and an analgesic effect thanks to the action on free nerve endings.
Second level
Vasodilation
At the second level, we have intracellular oxygenation, chemical microhyperemia in the capillary and precapillary district associated with degranulation phenomena of specific receptors, an increase in blood flow velocity due to the “shunt effect” and finally endothermia due to acceleration of the substrate's own metabolism.
Third level
Temperature increase
At the third level, we have a mechanical vasodilation associated with an increase in deep temperature, a hyperflow of blood and an increase in lymphatic drainage.
Intervene selectively on soft tissues and osteoarticular structures.
Electrodes at low impedance
Indicated for a selective action in depth on tissues with greater biophysical resistance, such as bones, cartilage, large tendons, aponeuroses.
Low impedance electrodes – also called resistive – create an endogenous response by concentrating circulatory activity and, if desired, causing an increase in temperature at the level of osteoarticular and tendon tissue as well as in the presence of fibrotic tissue, scars, etc. In practice, close to areas poor in electrolytes. It allows to resolve biological damage in all forms of chronic pathology characterized by degeneration and fibrosis.
Electrodes to high impedance
Particularly indicated in the treatment of soft tissue (muscular, adipose, vascular, lymphatic).
High impedance electrodes – also called capacitive – create an endogenous response, reactivating blood circulation in low impedance and water-rich soft tissues. In practice, a revitalization of hypotrophic muscles is obtained from functional impotence up to the recruitment of contractile fibers induced by intense vascularization. And all the advantages produced by improved circulatory activity – light or intense – based on the problem.
Homogeneity of response in deep tissues.
One of the major advantages of HCR 1002 is the homogeneity of the deep tissue response, since the energy transfer, depending exclusively on the attraction and repulsion paths of the electrical charges attracted under the active electrode by the various body districts, does not act from the outside but from the inside of the organism.
Flexibility of technology
HCR 1002 can be used with great flexibility by the operator by exploiting the “localization” of action and the possibility of inducing temperature variations in a specific district and, therefore, causing a temperature difference between that district and another very close or more or less contiguous one.
Functional balance through the stimulation of the body's natural processes
HCR 1002 technology is based on the principle of homeostasis: stimulating and supporting the body in its self-regulating mechanisms. It is not about replacing the body's functions, but about stimulating its physiological tissue activity from within, supporting the body in its recovery processes and activating natural anti-inflammatory and repair processes.
The stimulation of natural repair processes occurs through temperature management. HCR 1002 acts on minimal temperature variations in specific biological districts, significantly influencing the biochemical processes underlying the activation of anti-inflammatory and repair mechanisms.
Immediate and stable results over time
Technical brochure of the instrument
Reduce skin resistance to act in the deep stages of the tissues.
The therapeutic treatment supported by HCR 1002 cannot ignore the use of the Electrolytic Emulsion, a functional cosmetic product with high conductive power, which represents an indispensable element for reducing the resistance opposed by the superficial tissues and facilitating the internal mobilization of electrolytes, responsible for the consequent circulatory response.
It is a high-tech product which, if used correctly, significantly affects response times to therapy.
Introducing the Original Tecartherapy guarantees advantages
First level
At the first level, there is a biostimulation with an increase in intracellular energy transformations, an increase in oxygen requirements due to the activation of tissue biochemistry, and an analgesic effect thanks to the action on free nerve endings.
Second level
At the second level, we have intracellular oxygenation, chemical microhyperemia in the capillary and precapillary district associated with degranulation phenomena of specific receptors, an increase in blood flow velocity due to the “shunt effect” and finally endothermia due to acceleration of the substrate's own metabolism.
Third level
At the third level, we have a mechanical vasodilation associated with an increase in deep temperature, a hyperflow of blood and an increase in lymphatic drainage.