LUBEX is a brand specializing in beauty and personal care products and is passionate about providing intelligent beauty solutions at home. We aim to innovate new technologies to better provide professional home beauty equipment and advocate for home beauty salon-level care.
LUBEX launched its upgraded sapphire hair removal device with an ice cooling system(D-T003). The high-powered light can be irritating to some people, and cooling the skin in that region can reduce the immediate irritation. This cooling effect is achieved via a Peltier junction semiconductor and a good thermo-conducting material at the head of the IPL device (frequently sapphire or aluminum) that transmits the cold that the semiconductor generates to the skin.
The laser hair removal ice cooling utilizes sapphire ice cooling technology, it adopts a flat head window design, which is relatively safe and mild, and maintains low temperature. It can reduce the temperature from 158°F to 46°F during the treatment process. This laser device causes almost no discomfort during use. Compared to other epilators, this IPL device (intense pulsed light) is easy to tolerate because the temperature range on the skin actually feels very cool.
Nearly Painless Hair Removal For Face & Body
LUBEX D-T003 uses unique sapphire refrigeration technology, which can make hair removal icy and comfy, making users shake off the burning heat sensation. It always maintains the skin around 51-40°F to avoid injury.
This hair removal device adopts the new quick flashing technology, which provides shorter flash intervals and continuous high-speed flashes for easy hair removal, better skin covering and fewer missed parts, making hair removal more efficient, and it also can continue to be used indefinitely.
D-T003 has 3 models for different areas such as “body”, “bikini” and “face”. It’s very beginner-friendly. The cooling feature does in fact work, so discomfort was minimal during use. It requires people to use it continuously for at least 6-8 weeks to achieve a perfect hair removal effect.
