Customization: | Available |
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Type: | Slimming Machine |
Theory: | Laser |
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1.What's unique about this procedure is that we use very thin optical fibres, to reach the deeper layers of the dermis without the need for any surgical tools.
2. Laseev 980+1470nm is a very comfortable procedure. Some patients may experience a minor sensation from the energy delivered by the laser beam, so we use a mild local anaesthetic if needed.
3.Laseev 980+1470nm is often called the lunchtime lifting procedure. Patients can resume their daily activities immediately after this treatment.
4. Although the results improve gradually over time, there are often some immediate visible improvements after the treatment.
5.It can be associated with other aesthetic treatments
Laseev laser device operates in the 980nm 1470nm wavelength, which precisely targets water and haemoglobin in soft tissues. It features a higher absorption rate of water,haemoglobin and fat than all other competing devices. The device allows for optimized fat removal, with minimum tissue damage. Laser energy is delivered at a low power density for maximum safety, minimizing the risk of burns.
980nm: laser lipolysis for all the parts of the body.
(1)Optimal wavelength-980nm wavelength has optimum absorption by the adipose tissue and water.
(2)Thanks to the hemostatic properties of 980nm laser, the procedure is almost bloodless.
1470nm: facial lifting, wrinkle removal, anti-aging, cellulite removal,skin tightening
(1)Wavelength 1470nm can stimulate both deep and superficial layers of the skin, tightening and retracting the connective septum, stimulating the formation of new dermal collagen and reducing excess fat when needed.
(2)The 1470 nm laser has an ideal interaction with water and fats, which activates neocollagenesis and metabolic functions in the extracellular matrix. This leads to the retraction and tightening of the skin.
The 1470nm laser wavelength is specifically designed to effectively target loose skin,a capacity attributed to the laser beam's interaction with water and fat.
By stimulating collagen production, which can promote the toning, firming and, markedly, the remodelling of the skin.
Laseev laser features the radial and bare emission fiber technology integrated into the equipment.
Laser emission technology is a low-power density approach in Liposuction treatment with multiple benefits including minimizing the risk of burns, distributing the energy evenly throughout the treatment area, removing fat cells more quickly and covering larger tissue area allowing for faster treatment.
The fiber's emission pattern allows for safe, homogenous and more efficient skin tightening during the procedure.
Laser lipolysis comprises the subcutaneous application of laser under tumescent anesthesia in the treated area of the body, with or without the subsequent aspiration of molten fat. When in direct contact with the subcutaneous tissue, the energy relea-sed by the laser inflicts irreversible damage on the adipocytes, in addition to thermal damage to the dermal collagen fibers, sti-mulating neocollagenesis and, later, a skin-tightening effect.
Advantages over traditional liposuction, such as shorter recovery time, milder surgical trauma, decreased blood loss, as well as less pain, bruising, and post-surgical swelling, have been demonstrated. The improvement in elasticity and retraction of the skin promoted by laser lipolysis have made this technique an interesting alternative for defining the body's contour. Like tumescent liposuction, laser lipolysis can be performed in an outpatient setting, yielding high rates of patient satisfaction and low rates of complications.
Liposuction cannula helps break up fatty tissue so that it can be easily suctioned and removed from the body. Small precise oscillations allow surgeons to target specific areas safely without damaging the surrounding tissue. This technique is especially useful for treating areas with dense and fibrous adipose tissue.
LASEEV's ergonomically designed handpieces are optimized for comfort and safety. The grip has been engineered to ensure maximum comfort and control during the procedure. The fiber is held firmly in position within the cannula by a locking mechanism. A range of cannula lengths are available to suit all requirements
Laser type |
Diode Laser Gallium-Aluminum-Arsenide GaAlAs |
Wavelength |
980nm+1470nm |
Power |
1-30W for 980nm, 1-17W for 1470nm |
Working Modes |
CW, Pulse and Single |
Aiming Beam |
Adjustable Red indicator light 650nm |
Fiber type |
Radial fiber |
Fiber diameter |
600 Fiber |
Fiber connector |
SMA-905 International standard interface, special quartz optical fiber laser transmission |
Pulse |
0.00s-1.00s |
Delay |
0.00s-1.00s |
Voltage |
100-240V, 50/60HZ |
Size |
51*47*46cm |
Gross Weight |
20kg |