Fiber for Lipolysis RZ-02
Lipolysis fiber treatment is described as an advanced minimally invasive cosmetic technique for removing stubborn localized fat and improving body contours. It delivers laser energy through specially designed fibers to dissolve subcutaneous fat cells. 1. A thin fiber carries a specific laser wavelength to targeted subcutaneous fat. 2. Fat cells absorb the energy as heat, rupturing membranes and releasing fatty acids, glycerol, water, and other contents. 3. The body's natural metabolism absorbs and removes the released contents. Procedure: 1. Preoperative assessment: a doctor evaluates health and the treatment area to determine suitability. 2. Local anesthesia keeps the patient comfortable. 3. A small incision at a planned treatment point allows fiber insertion into subcutaneous fat. 4. The laser sends energy through the fiber for lipolysis. 5. Depending on need, liquefied contents are aspirated or metabolized naturally. 6. Aftercare includes wound care, compression garments, and avoiding strenuous exercise. Results are described as usually noticeable and lasting, although individual differences and habits affect outcomes. The technique is described as widely recognized and relatively safe, requiring experienced medical professionals to reduce risk. Overall, the source presents it as an effective, relatively precise minimally invasive option for contour improvement and localized fat removal. As with any medical procedure, patients should understand risks/limitations and decide with a qualified doctor. The core is high-purity quartz glass or silica, usually 200-600 μm in diameter for insertion through small incisions and precise laser delivery. Surrounding cladding guides light by total internal reflection and reduces loss. Lower-index glass or plastic forms the optical interface for efficient core propagation. Some designs include a buffer between core and cladding to provide strength and protect against bending or mechanical stress. An outer jacket, usually plastic or Teflon, protects against wear, contamination, and physical damage and assists smooth manipulation inside the body. One end usually has a dedicated laser connector designed for efficient, stable optical coupling into the core. The distal end is specially finished, potentially flat, beveled, or spherical, for manipulation within subcutaneous fat. Its design should minimize thermal injury to surrounding tissue and improve results. Structures vary by manufacturer/model. Doctors select fiber types/specifications for individual patients and treatment needs. Medical-grade materials/manufacturing and appropriate clinical environments are used for safety and effectiveness.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Fiber core diameter | 200 μm |
| Cladding Diameter | 240 μm |
| Coating Diameter | 270 μm |
| Buffer diameter | 380 μm |
| Length | 2.5M/3M |
| Termination type | SMA905 |
| Numerical Aperture (NA) | 0.22 |
| Core Material | Pure silica material |
| Fiber cladding material | Fluorine-doped silica material |
| Coating Material | Acrylic resin |
| Buffer material | Teflon |
| Buffer color | Blue/green/black/white |
| Operating Temperature | -40℃~150ºC |
| Transmission wavelength | 190-1100nm/400-2500nm |
| Single-filament transmission efficiency | ≥90% |
| Characteristics | Compliant with biocompatibility requirements |
| Proof-test strength | 100kpsi |
| Fiber Type | Step-index type |
| REACH report | Compliant with standards |
| RoHS report | Compliant with standards |
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Datasheet
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