Laser lipolysis bodylift is a fat-reducing and skin-rejuvenating procedure using advanced laser technology that targets the dermal and subdermal layers of the skin. The procedure can be performed on an outpatient basis with local anesthesia. A thin laser fiber is inserted subcutaneously into the target tissue without incisions, and the area is treated evenly with a slow and fan-shaped delivery of laser energy.
Laser-assisted lipolysis bodylift is a minimally invasive procedure for the removal of stubborn pockets of fat. It can effectively reduce areas of fat resistant to diet or exercise with minimal side effects than traditional liposuction.
Highly absorbed by hemoglobin, making it effective for targeting vascularized tissues. Moderate absorption by water and fat. Effective for lipolysis (fat melting) and subdermal tissue contraction. Ideal for removing small volumes of fat while tightening the skin. Suitable for various fat types and body areas. Minimized Bleeding, Hemoglobin absorption helps coagulate blood vessels, reducing bleeding during the procedure. Patients experience less discomfort and quicker recovery times. Skin Tightening, Promotes collagen remodeling and skin retraction.
Highly absorbed by both fat and water, making it particularly effective for lipolysis. More specialized for targeting adipose tissue and loose skin. Efficiently melts fat due to high absorption by fat and water. Excellent for skin retraction and collagen remodeling, making it ideal for areas with loose or sagging skin. Specifically designed for fat reduction and skin tightening. Collagen Stimulation, Promotes collagen production, leading to firmer, tighter skin.High absorption by fat allows for faster and more effective fat removal.
Non surgical skin tightening and fat reduction, less invasive than traditional treatments. Minimally invasive with no downtime, back to normal activities quickly. Stimulates collagen production for better skin texture and elasticity, overall skin appearance.
The type of anesthesia was general, regional (epidural), or local with sedation, according to the extent and indications of each case. using a 0.9% saline solution with a temperature of around 4°C, and 1:500,000 epinephrine.
A 980nm wavelength diode laser equipment was used in all treatments. A 2mm diameter rigid cannula with a 400um/600µm optical fiber was used to transfer energy to the tissues. The passage of the laser was initiated in the deep layers, with slow fan-shaped movements, at a rate of about 2.5 cm/s, from the incision, with the application of back-and-forth laser movements, always with the free control of the operator’s hand on the treated region to maintain the distance from the end of the fiber to the surface. At the end of the outward stroke of each passage, the fiber end was maintained at a safe distance from the skin, with the aid of a red light display, to avoid injury. After the passage of the annula into the deeper plane, passes were made with the same care in the middle plane, and then the more superficial plane to the skin surface.
For body treatment, power was maintained between 18W and 22W, except in the submental region, inner arms, and thighs, where 14W to 16W was used.
Several areas can be treated at the same time with virtually invisible entry points
May be conducted in doctors’ rooms
Minimal invasiveness
Virtually no blood loss
Fat may be removed evenly
Minimal recovery time
Usually no loose skin due to heat shrinkage
Previously difficult areas can now be treated
Can be performed as a “walk in and walk out” procedure
Suitable for most areas
Arfurla Optical fiber
Handlepiece
First, The doctor will usually make surgical markings on the areas being treated to serve as a guide during the procedure.
You will then be injected with a local anaesthetic and allow the doctor to make a small incision through which to infiltrate the rest of the anaesthetic. Besides, The incision will also be the point through which the laser in inserted (inside fiber or cannula).
Third, Once the anaesthetic has taken effect, the doctor will insert the laser fibre and begin the treatment. You will be awake throughout the procedure but should not feel anything other than a bit of pressure or tugging on the area. Sometimes you can experience a little heat from the laser.
The treatment takes between one – two hours depending on the size of areas you are having treated. The doctor will move the laser around under the skin, using its heat to melt the fat in your problem areas.
The last step, The melted fat can either be sucked out in much the same way as liposuction or left to be metabolised buy your own body. The suction assisted technique, known as aspiration, allows the doctor to remove more fat but is slightly more invasive.
Hangzhou Arfurla Science & Technology Co., Ltd. is a high-tech company engaged in development, research, production, sale and after-sales service.
© All Copyright 2025 by Hangzhou Arfurla Science & Technology Co., Ltd. | Privacy Policy
