The microchannel tips create small channels in the epidermis which have been proven to increase serum absorbtion by up to 300%. The sterile, detachable, disposable tool tips vary in widths and sizes to provide the perfect amount of coverage for your patients while reducing any risk of backflow and cross-contamination. When used with our stem-cell based MicroChannel Delivery Serum and aftercare serums (see below), the skin is stimulated to regenerate stronger and healthier than before.
WHAT SETS PRO CELL APART?
Only ProCell uses multiple-sized tips that make treatment faster and more cost effective while ensuring more even better, more consistent coverage. Only ProCell's Livra tools have attachments for both Microdermabrasion and Microchanneling procedures... And only ProCell includes human stem cell-derived serums specially formulated to increase production of new collagen and elastin. The Livra tool and Procell serums are MADE IN THE USA to ensure high quality and consistency.
GROWTH FACTOR TECHNOLOGY
ProCell Serums are derived from human stem cells (from healthy adult bone marrow donors) and contain a high concentration of natural human growth factors. These growth factors support cellular renewal and have potent regenerating properties to improve skin firmness, elasticity, and tone. Fine lines and wrinkles diminish over time, and skin looks and feels brighter, more luminous, and healthy. ProCell Hair Serum contains select growth factors that are naturally present in healthy, young hair follicles. These growth factors may improve the overall condition of the scalp, may rejuvenate damaged hair follicles, and can stimulate generation of new hair follicles which may help to stimulate new hair growth.
NOT ALL GROWTH FACTORS ARE CREATED EQUAL
The growth factors found in skin care products come from a variety of sources, including plants, adipose tissue, platelet-rich plasma (PRP), and even snails! Only human stem cells help detect damaged skin and stimulate the skin’s own regenerative abilities. ProCell Serums contain growth factors derived from human bone marrow stem cell cultures, which demonstrate potent anti-inflammatory effects that may reduce healing time, hyper pigmentation, and scar tissue deposition