T-Plus is a medical device that allows capacitive and resistive energy transfer, characteristics necessary to the areas of application of Tecartherapy, but at the same time it is much more than this. Guaranteeing pain relief and reducing recovery time, T-Plus gives the specialist the possibility of transferring extremely modulable quantities of energy in a measurable, precise and safe way. It is therefore the ideal tool for many fields of physiotherapy, sport and body conditioning.

T-PLUS is based on the physical principle of the capacitor and, consequently, the ability to mobilize electrical charges, present in biological tissue in the form of electrolytes, capable of influencing cellular metabolism with a consequent increase in the need for oxygen and nutrients, thus inducing a greater blood supply where it is needed.

In capacitive mode, the charging and discharging cycles of the electrode induce an attraction and, therefore, a concentration of polarized minerals towards the dielectric material of the capacitive electrode.
In resistive mode, there is an attraction and, therefore, a concentration of polarized minerals towards the resistive tissue in the body: bones and other hard structures such as ligaments and tendons. The change in mineral concentration in selected areas of the body triggers complex cellular responses which, in turn, result in physiological effects such as perfusion, vasodilation, increased temperature and fluid movement.

In resistive mode, the therapist can:
” Rapidly increase the temperature of hard tissues, such as bones and cartilage.
” Increase blood perfusion by increasing oxygen saturation.
” Stimulate vasodilation.
” Promote functional tissue repair through the prophylactic effect of the 0.5 mHz electromagnetic field.

In capacitive mode, the therapist can:
” Rapidly increase the temperature of soft tissues such as muscles, fascia, tendons, skin and fat.
” Promote the drainage of excess fluids.
” Stimulate vasodilation.

Characteristics:
” Light
” Effective
” Portable
” Capacitive and resistive function