In aesthetic medicine, demand continues to grow for treatments that can reduce localized fat and improve skin firmness without surgery. Our Endolaser platform, with its dual-wavelength system of 980nm and 1470nm, offers a clinically supported, minimally invasive solution for fat reduction and dermal remodeling—delivering visible, lasting results with limited downtime.
980nm Wavelength: Fat Liquefaction and Immediate Hemostasis
The 980nm diode laser is strongly absorbed by hemoglobin and is known for delivering controlled thermal energy with precision. When applied beneath the skin, it selectively targets adipose tissue, helping to dissolve and liquefy fat cells while minimizing damage to surrounding structures. This controlled heating also provides rapid hemostasis, reducing bleeding and bruising during and after treatment. In addition, the thermal effect stimulates collagen contraction and regeneration, supporting early skin tightening.
1470nm Wavelength: Deep Remodeling and Neocollagenesis
The 1470nm wavelength has a high affinity for both water and fat, making it especially effective for treating the extracellular matrix—the structural network responsible for skin firmness and elasticity. By activating metabolic activity within the tissue, it promotes neocollagenesis and remodeling of subcutaneous connective tissue. This leads to progressive, natural-looking skin tightening that continues to improve over the following months.
Clinical Versatility and Patient Satisfaction
Whether used for facial contouring, submental fat reduction, or body sculpting, the Endolaser platform delivers consistent and reproducible outcomes. Patients benefit from:
Minimally invasive treatment with fast recovery
Visible fat reduction and skin tightening in a single session
Long-term collagen remodeling for sustained improvement
By combining advanced laser physics with practical clinical application, our Endolaser system helps practitioners achieve reliable aesthetic results—safely, efficiently, and predictably.
Post time: Sep-30-2026