Treatment of local fats with the latest technology in the world, lipolysis machine
Features of PHARAON LIPO 980 system:
Use of Diode Laser source
Using the wavelength of 980 nm, the highest absorption coefficient by fat
The possibility of increasing the power of the device up to 25 watts
Diversity in injection and suction
Easy to use continuously and pulsed
Creating a super tightening effect and preventing skin sagging
Equipped with Osypilot to avoid application errors
American FDA certificate in lipolysis system
OSYRIS PHARAON 980 Laser – Diode LIPOLYSIS LIPOSUCTION
Laser Type:Diode
Wavelength:970 nm
Optical Power:25 Watts
Fiber Connector:SMA 905
Cooling:Pelier Module and Air
Laser Safety Class:4
Supply Voltage:110 – 240 VAC
Frequency Sector:50 – 60 Hz
OSYRIS PHARAON 980 Laser – Diode LIPOLYSIS LIPOSUCTION
Advantages of lipolysis:
Lipolysis is a safe, effective and minimally invasive method for body shaping and slimming that uses a laser to liquefy and remove unwanted fat in the desired areas of the body. In addition to removing unwanted fat, the thermal effect of Lipotherm causes the skin to contract, resulting in firmer and smoother skin that provides body contouring goals.
The Lipotherme CW Diode Laser operates with a unique 980 nm source filter that, unlike Nd:YAG lasers that emit pulsed waves, emits from one to 25 watts of power in a CW. The strength is variable so that doctors can adjust the treatment for each patient and body area. For example, 6W may be suitable for the chin, arms and knees, while 15W may be suitable for the thighs, buttocks and abdomen.
The principle of the Exotherme laser is based on the thermal performance of the laser. Skin radiation (with penetration of 1-2 mm in the tissue) causes selective absorption of the tissue by hemoglobin (hemoglobin is the main target of the laser).
How does lipolysis work?
Under local anesthesia, a small hole or incision is made in the skin and a very small tube or micro cannula, approximately 1 mm to 2 mm in diameter, containing a 600 nm laser fiber is inserted into the skin. The cannula is then slowly moved back and forth, delivering laser energy to the fat cells, causing them to rupture and drain easily. The surgeon can always see the end of the cannula because of the visible light that shines through the skin from the optical fiber inside the cannula.
The laser energy also interacts with the dermis layer of the skin, causing the collagen to contract and tighten. The laser causes the small blood vessels to immediately coagulate on contact, resulting in less bleeding, swelling and bruising and a faster recovery time than conventional liposuction. And this means that delicate areas such as the face, neck, back and knees can be treated with this method.
