Trc

Page 1

TRC: T H E R A P Y

F O R R E S I S T I V E A N D C A PAC I T I V E D I AT H E R M Y “Give me the fever and I'll take care of all diseases” (Ippocrate. 400 a.C.) One of the oldest medical citations is today representing one of the most clever intuitions. Should we use the most traditional diathermy approaches, like microwaves, short-waves, we may provoke heating of the most superficial tissues only, and the deepest tissues are invested from a few heating which is not enough for provoking the therapeutic answer, The new Capacitive and Resistive Diathermy is capable to invest also the deepest tissue with the useful energy density. TRC diathermy is capable to make warm into the tissues since electromagnetic field is generated from inside (from the body itself); electromagnetic field inside the body is making warm, saving superficial tissues. Hyperemia coming from TRC diathermy is making several effects: 1 Increasing tissue extensibility 2 Reduction of pain and muscle contracture

PHYSIOTHERAPY, REHABILITATION,

3 Increasing of blood flow

SPORTS and BEAUTY MEDICINE

4 Fast absorption of hematomas

Therapy of Resistive and Capacitive diathermy is

5 Reducing of articulation stiffness

suitable for a wide range of pathologies where it is capable to provoke cellular biostimulation. We may think about traumas of muscles, bone and tendons, both acute and chronic pain, pa-

-2

thologies over the back side, fractures where re-

-3

covery time becomes shorter, but also vascular

-4

and dermatological diseases (such as oedema,

-5

ulcers, cheloidis, etc.) and, last but not least, it

-6 -8

is also effetive for draining cellulite and localised fat.

14

0 -1

20% 50%* 50%**

20% 10% -7

-6

-5

-4

-3

-2

-1

0

1

2

3

4

5

6

7

Capacitive and particularly Resistive Therapy are deeper than the most traditional diathermy techniques, such as ultrasounds, microwaves and shortwaves. In fact, electromagnetic field is provoking warm from inside the patient’s body.

8


AGAINST

P A I N A N D I N F L A M M AT I O N ,

MAKES SHORTER RECOVERY TIME AND THERMAL APPLICATIONS

IMPEDANCE

AND THERMAL SENSOR

Technical features

Wide versatility of TRC diathermy into the electromagne-

Electric impedance is the capability of a certain tissue to

tic transferring and particularly in provoking warm effects,

be passed by using an electric current; a low impedance

Modes:

varying from non-thermal to strong thermal effects, is a

means a good conductivity and the capability to be passed

Resistive and Capacitive

special feature and it comes from the availability of both

by using the electric current; otherwise, an high impedan-

continuous and pulsed modes.

ce makes difficult to pass the tissue by using an electric current.

Emission: continuous and pulsed

This is why it is useful to be sure about impedance for

Impedance: in real time

transferring the proper energy to the difference cellular

Temperature sensor

tissues.Furthermore, taking into consideration that warm is the main effect for all the physiological effects, a special sensor, even if it not like a thermometer, it’s certainly useful for monitoring temperature modifications during energy transferring.

SAFETY,

R E S I S T I V E A N D C A PA I T I V E T H E R A P Y

NON-THERMAL

Max. power: mod. TRC150: 150W mod. TRC300: 300W mod. TRC500: 500W

TECHNOLOGY AND EFFECTIVENESS ALL

TOGETHER

The majority part of the similar devices available over the market are using very simple insulation technique (nylon, Teflon, ceramic-glasses, etc.); otherwise PAGANI TRC diathermy is using a sophisticated printed circuit over each capacitive electrode for granting the best features in terms homogeneity energy transferring, proper insulation, safety both for patient and operator. Last but not least, also the high frequency cable is properly insulated for reducing at the best electromagnetic dispersion.

15


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.