Fiber for Tattoo Removal SMA-FDP-DUVWS-01
The source describes laser tattoo removal as using selective photothermal effects and complementary-color principles. Tattoo pigment lies mainly in the dermis. Q-switched laser pulses deliver high instantaneous energy, causing pigment particles to vaporize and fragment. It reiterates that pigment absorbs the Q-switched pulse, instantly vaporizes/fragments while cellular frameworks can remain intact, and fragments are then engulfed by epithelial cells and removed through lymphatic/blood circulation. Physiological processes are also involved: blood carries particulate ink into the lymphatic system for processing. Although results can be substantial, not all tattoos can be removed. Color, size, depth, and individual differences affect results. Tattoo-removal devices generally use lasers. The fiber head is critical for efficient, precise laser delivery to pigment; its structure, material, function, and transmission efficiency affect results and safety. High-temperature-resistant, optically high-quality materials such as quartz withstand high laser energies and transmit different wavelengths without fiber damage, important for different pigment colors. For example, 1064nm heads are described as suitable for dark tattoos, while 532nm heads are described as suitable for light-colored tattoos. The head directs energy to the target pigment. Different shapes/sizes suit different treatments; some incorporate lenses or filters to adjust focus or divergence for greater accuracy and effectiveness. Transmission efficiency describes energy loss through the head. Efficient heads reduce losses so sufficient energy reaches pigment, improving removal. Efficiency depends on fiber material quality and head design. Safety is important: stable transmission avoids leakage that could injure surrounding skin. Some devices include intelligent detection systems for safe operation. Correct use and maintenance protect patients and operators. Overall, the fiber head is presented as essential to effective, safe removal, with design/material selection critical to treatment and patient safety. 1. Fiber connector: joins fiber to the laser and transmits generated optical energy into it. 2. Protective sleeve: a possible metal/plastic distal sleeve protects the fiber face from physical damage. 3. Core: high-purity quartz carries laser energy. 4. Cladding: lower-index glass or plastic surrounding the core guides light by total internal reflection. 5. Focusing lenses: some high-quality devices have one or more miniature lens systems to focus output on a specific skin point, increasing energy density and treatment effectiveness. 6. Cooling system: some heads include water or air cooling to prevent overheating under intense operation. This is a general description; actual structures vary by manufacturer/model. The source concludes that precision, control, safety, and treatment effects make fibers an important part of modern tattoo-removal technology.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Optical fiber material | High-temperature-resistant UV-resistant silica fiber |
| Connector Type | SMA905/FC/custom |
| Fiber core count | Single-core |
| Operating Temperature | -190 ~ +380 ℃ |
| Numerical Aperture | 0.22 |
| Wavelength Range | 190-1100 nm |
| Structure type | Customized on request (one input and one output, one input and two outputs) |
| Ferrule material | Stainless steel/ceramic |
| Fiber Type | Step-index type |
| Optical fiber specification | Customer specified (100-600μm) |
| Length | Customer specified |
| Protective tube diameter | Customer specified |
| Protective tube type | Customer specified |
| Coating material | Polyimide |
| Single-filament transmission efficiency | ≥85% |
| REACH report | Compliant with standards |
| RoHS report | Compliant with standards |
Key Features
Datasheet
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