Cosmetic Photodynamic Fiber MR-01

Cosmetic Photodynamic Fiber MR-01

Supplier
Fiberock
Part Number
MR-01
Category
Optical Fibers
Origin
China

Cosmetic photodynamic fibers are medical devices combining selected wavelengths and photosensitizers, generally topical or oral medicines, for skin treatment. A clinician applies or injects sensitizer, which target cells such as acne bacteria, abnormal vessels, or diseased cells absorb. After penetration, generally several hours, fiber-delivered light activates it to produce oxygen radicals and other species that destroy targets while minimizing effects on normal tissue. 5. Precautions: avoid direct sun and photosensitizing drugs before treatment. Temporary redness, swelling, pain, or sensitivity generally resolve within days to a week. Outcomes vary with individuals and severity; repeated treatments may be needed. Accurate energy delivery and distribution make this minimally invasive approach useful for skin problems with less normal-skin damage. Professional consultation should clarify indications, risks, and expected results. The source emphasizes precision, minimally invasive delivery, depth control, versatility, and safety as a nonsurgical solution, with treatment under medical guidance and understanding of risks and side effects.

Specification Snapshot
Cladding Diameter
180 μm
Coating Diameter
200 μm
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Overview

Cosmetic photodynamic fibers are medical devices combining selected wavelengths and photosensitizers, generally topical or oral medicines, for skin treatment. A clinician applies or injects sensitizer, which target cells such as acne bacteria, abnormal vessels, or diseased cells absorb. After penetration, generally several hours, fiber-delivered light activates it to produce oxygen radicals and other species that destroy targets while minimizing effects on normal tissue. 5. Precautions: avoid direct sun and photosensitizing drugs before treatment. Temporary redness, swelling, pain, or sensitivity generally resolve within days to a week. Outcomes vary with individuals and severity; repeated treatments may be needed. Accurate energy delivery and distribution make this minimally invasive approach useful for skin problems with less normal-skin damage. Professional consultation should clarify indications, risks, and expected results. The source emphasizes precision, minimally invasive delivery, depth control, versatility, and safety as a nonsurgical solution, with treatment under medical guidance and understanding of risks and side effects.

Specifications

ParameterValue
Fiber core diameter150 μm
Cladding Diameter180 μm
Coating Diameter200 μm
Buffer diameter350 μm
Length2.5M/3M
Termination typeSMA905
Numerical Aperture (NA)0.22
Core MaterialPure silica material
Fiber cladding materialFluorine-doped silica material
Coating MaterialAcrylic resin
Buffer materialTeflon
Buffer colorBlue/green/black/white
Light Transmission ApertureCustom Machining
Operating Temperature-40℃~150ºC
Transmission wavelength190-1100nm/400-2500nm
JacketPVC|Stainless Steel|Silicone|Armored
Single-filament transmission efficiency≥90%
CharacteristicsCompliant with biocompatibility requirements
Proof-test strength100kpsi
Fiber TypeStep-index type
REACH reportCompliant with standards
RoHS reportCompliant with standards

Applications

Acne treatment: photodynamic therapy can treat moderate-to-severe acne by killing acne bacteria and reducing excessive sebaceous gland secretion to improve skin condition. Skin rejuvenation: it can stimulate skin cell regeneration and collagen production to improve texture, reduce wrinkles, and brighten the complexion. Vascular lesions: for facial redness, small dilated veins, or spider nevi, it selectively destroys abnormal vessels to improve appearance. Pigment disorders: it can also treat certain conditions such as melasma or freckles by destroying excess pigment cells to reduce pigmentation.

Key Features

Photodynamic fibers generally use high-quality silica glass or silicon dioxide for light transmission. Small cores guide energy precisely to selected deep-skin regions. Some tips include focusing lenses or special designs to optimize energy distribution and effects. Minimally invasive: photodynamic therapy is noninvasive, delivering light through fibers to the skin without surgical incisions. Precision: accurate targeting reduces effects on normal tissue. Safety: treatment mainly targets sensitizer-absorbing cells, with relatively few effects on normal skin. Versatility: treats acne, aging, vascular lesions, pigmentation, and other cosmetic concerns. Precise treatment: fibers guide energy to selected depths/regions, concentrating it on diseased cells or tissue for improved effects. Minimal invasiveness: thin, flexible fibers avoid large incisions or trauma, reducing postoperative pain and recovery time. Depth control: selecting diameters and numerical apertures controls penetration for different skin problems and locations. Reduced thermal injury: concentrated energy reduces heat damage to surrounding normal tissue. Versatility: different sources and sensitizers treat acne, vascular lesions, pigmentation, aging, and other concerns. Reusability: high-quality medical fibers can be reused after suitable cleaning/disinfection, reducing costs. Safety: fibers reduce direct high-energy laser exposure risk. Personalization: adjusting fiber/source parameters tailors treatment to skin type, severity, and needs. Comfort: general anesthesia is usually unnecessary; local anesthesia or cooling provides relative comfort. Lasting effects: destroying target cells or stimulating regeneration can give durable cosmetic improvements, especially with suitable skincare and lifestyle changes.

Datasheet

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Supplier Information

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Fiberock
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Qinhuangdao Guangyan Technology Co., Ltd. (FIBEROCK), located in the Economic and Technological Development Zone, Qinhuangdao, Hebei Province, is a high-tech enterprise focusing on optical fibers, crystal materials, and optical components. The company integrates R&D, production, sales and service, specializing in specialty optical fibers and devices. Its products are widely used in medical treatment, fiber sensing, environmental monitoring equipment, biochemical analytical instruments, laser processing and other fields. The company has advanced specialty fiber drawing production lines and medical-grade clean workshops, and has passed ISO9001 quality system certification.

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