Daeyang Medical

WINBACK’s energy uses a high frequency current, ranging between 300 KHz and 1 MHz. It accelerates “natural regeneration” in the biological tissue. The low level of energy means it is totally non-invasive and 100% natural for the human body.

WINBACK’s energy produces an ion flow with extremely rapid electrical oscillations in the cellular environment. These oscillations will make the plasma membrane permeable, which in turn encourages intra and extra cellular exchanges and more rapid healing of tissue.

WINBACK’s energy inhibits the transmission of pain-related messages for at least 48 hours. This is due to the energy oscillations which interrupt the classic pain signal exchanges (hyperpolarisation, depolarization). The sensory impulses are interrupted and the patient feels relief immediately.

If WINBACK’s energy is increased, the natural resistance of biological tissues will change the energy into heat (diathermy) which will use the circulatory system (vascular and lymphatic) to thermo regulate the targeted part of the body. The localised increase in heat will force vascularisation of restricted zones (fibrosis, contracture) and free up movement.

1 MHz SUPERFICIAL

The higher the frequency, the more it is concentric and therefore superficial. At this frequency, Winback favours the MIX or WINBACK 4.0 method of application (the distance between the two electrodes is around 1cm) over the RET method. Cosmetic medicine uses the 1 MHz frequency because the mechanism of action is superficial (between 15 mm and 20 mm).

500 KHz HALF DEEP

Offers a concentric energy action. Winback is bigger which allows it to reach deeper and more localised areas using the CET mode (around 0.5 cm to 3 cm) or deep tissues with are resistant to the RET mode.

300 KHz DEEP

Offers a dispersed and therefore deeper mechanism of action. For Winback, this frequency is useful for deep tissue, anti-inflammatory diathermic actions in CET mode. The energy is less concentrated on the first layers of the epidermis and so allows it to reach less vascularised areas (3 – 7 cm deep) such as fibroses or cramps, as well as semi-solid tissues