THE NEXT GENERATION IN CACI TECHNOLOGY
CACI’s pioneering S.P.E.D™ microcurrent LED technology, is a breakthrough new advancement in microcurrent therapy.
For the first time on the market, skincare specialists will be able to harness the power of LED light therapy at the same time as using microcurrent. The dual action of simultaneous LED and microcurrent energy stimulates tissue regeneration and helps in the production of collagen. The synergy of these two technologies provides more visible and longer lasting results.
S.P.E.D™ microcurrent LED technology is incorporated in the Synergy system only.
LED Light Therapy
The application of LED light as a treatment therapy is termed ‘Phototherapy’ derived from the measurement of light energy in units of photons.
Light energy is in every nerve, cell, gland and muscle of the body and each emits its own unique frequency vibration.
When the body becomes out of balance (due to age, health, environment, lifestyle or other external factors) the frequency vibration within the cells is affected and this disruption can lead to signs of ageing, skin conditions, illness and disease.
Each colour wavelength of light has a specific and unique frequency vibration. Specific light wavelengths have a bio stimulatory action on the cells and so can be used to effectively normalize cellular imbalances and treat certain skin conditions.
There are now numerous scientific studies on the effect of phototherapy in the healing of acne and other skin conditions.
NASA have recently conducted studies on the use of red LED light for the enhancement of cell growth and found that the application of specific wavelengths of light increased fibroblast activity and enhanced DNA synthesis leading to the production of new collagen.
A follow up study by Wisconsin Medical College demonstrated that the specific wavelengths of red LED light could be used to accelerate wound healing.
The American Academy of Dermatology has reported that blue LED light can be used to destroy the bacteria that produces the inflammation associated with propionbacterium acnes.
The British Journal of Dermatology has reported that the combination of specific red and blue light wavelengths can successfully treat acne.
A recent study at Hammersmith Hospital demonstrated that the combination of red and blue light phototherapy for the treatment of acne produced quicker results than the application of blue light alone.
Red and Blue LED Light Therapy technology is incorporated in the Synergy Machine.