The 980nm diode laser and 1064nm Nd:YAG laser lipolysis system provides effective fat reduction through precise transcutaneous illumination. The laser energy is delivered via a 1mm micro cannula containing a 400um or 600um optical fiber, converting light energy into heat to dissolve fat cells while simultaneously coagulating blood vessels and tightening skin.
This advanced laser technology offers significant advantages over traditional liposuction methods, including improved skin tightening through collagen stimulation, minimal blood loss due to laser coagulation, and faster recovery times. The system is particularly effective for treating small areas where conventional techniques may present aesthetic risks.
The multipurpose optical fibers (400um/600um/800um diameter) feature SMA 905 connections and can be reused after proper disinfection, providing cost-effective operation. Treatment protocol includes body examination and marking, anesthesia administration, fiber insertion, and controlled cannula movement at approximately 10cm per second to create channels in the fat tissue.
This system represents the latest innovation in minimally invasive contour shaping, suitable for outpatient clinic procedures performed under local anesthesia. The liquefied fat is subsequently removed using special cannulas, resulting in natural-looking body contouring with reduced downtime compared to traditional methods.