DPL NIR Skin Care Machine

Equipped with 6 jeweled filters and 2 spot adapters.

Can be selected according to skin problems, for localized operation, and with magnetic suction technology,

easy to disassemble easy to clean and disinfect convenient, safe and reliable.

DPL (Dynamic Pulsed Light) Facial is a non-invasive, non-ablative cosmetic treatment combining laser and Intense Pulsed Light (IPL). It targets skin problems such as melasma, dull and tired skin, and effectively reduces pigmentation by reaching deeper layers of the skin. The result is brighter, clearer skin. Let our advanced DPL machine make your skin look amazing.

Filters of DPL machines are made of gemstone crystals, which have high translucency and excellent hair removal and skin rejuvenation effects. Imported xenon lamps made in England are used for long life and excellent energy transfer.
Two unique miniature light spot adapters allow for more precise treatment of small specific areas. 8 accessories adopt magnetic adsorption technology, easy to remove, clean and disinfect, safe and reliable!

• Treats vascular diseases such as red face and rosacea
• Improvement of acne
• Partial irradiation (forehead, nose, around the mouth, etc.)
• Destroying hair follicles and realizing hair removal effect
• Improvement of wrinkles and sagging
• Improvement of pigmentation such as spots, melasma, and senile plaques
• Improvement of yellowing and inflammation
• Small area irradiation (lips, around eyes, etc.)

Near infrared (NIR) light therapy is based on the fundamental premise that long-wavelength light stimulates cellular energy metabolism and energy production. Infrared energy is invisible but reaches deep into the body’s soft tissues, muscles, joints, and bones. Three major photoreceptor molecules absorb light in the NIR range: hemoglobin, myoglobin, and cytochrome c oxidase. Of these, cytochrome c oxidase is the most important mechanism of photobiomodulation (or low-level laser therapy, LLLT) and is associated with improved cellular energy (ATP) production.