Rayever Photoelectric Medical Optical Fibers, the "Energy Lifeline" of Laser Medicine
Product Spotlights
I. Rayever Photoelectric Medical Optical Fibers: Four Core Advantages, Building Confidence for Clinical Applications
✅ Safety: Multi-process sterilization, safer clinical use
Safety is the bottom line of medical optical fibers. Rayever Photoelectric's medical optical fibers use medical-grade biocompatible materials. From raw material selection to finished product delivery, they follow medical-grade quality control standards throughout the process, undergo multi-process sterilization, are non-toxic and non-sensitizing, eliminate the risk of clinical cross-infection, and provide dual safety guarantee for both doctors and patients.
✅ High Efficiency: Transmission efficiency over 90%, no energy loss
The transmission efficiency of optical fibers directly determines the treatment effect. Rayever Photoelectric's medical optical fibers use low-loss optical fiber materials and precision end-face processing technology, with laser transmission efficiency ≥90%, greatly reducing energy attenuation during transmission, allowing the lesion to obtain stable and precise laser energy, ensuring consistent treatment results.
✅ Flexibility: Ultra-small bending radius, adapting to minimally invasive scenarios
Aiming at the needs of "narrow channels and multi-angle bending" in minimally invasive surgery, Rayever Photoelectric's medical optical fibers achieve extreme flexibility:
The 272μm core diameter model has a minimum bending radius of only 41mm, which can easily adapt to instrument channels such as endoscopes, ureteroscopes, and puncture needles, reaching deep lesions that are difficult to reach with traditional surgery, realizing truly "minimally invasive treatment", reducing surgical trauma and shortening patients' recovery time.
✅ Comprehensive: Wide band adaptation, compatible with multiple devices
Rayever Photoelectric's medical optical fibers support 350nm~2200nm wide-band laser equipment, covering mainstream medical laser wavelengths from ultraviolet, visible light to near-infrared, compatible with laser equipment in multiple departments such as dermatology, surgery, urology, otorhinolaryngology, and dentistry, without additional modification, and can be directly used.
II. Full-Range Core Diameter Coverage, Precisely Matching Diverse Clinical Scenarios
Rayever Photoelectric provides a full range of fiber core diameters from 200μm to 1000μm. The core parameters of the MF series are as follows, which can be precisely selected according to different treatment needs:
| Model | Fiber Core Diameter | Maximum Transmission Power | Minimum Bending Radius | Typical Clinical Scenarios |
|---|---|---|---|---|
| MF-272-EF | 272μm | 60W | 41mm | Dermatology treatment, ophthalmic fine surgery, otorhinolaryngology minimally invasive ablation |
| MF-365-EF | 365μm | 80W | 55mm | Urological lithotripsy, dental laser treatment, small ablation surgery |
| MF-550-EF | 550μm | 150W | 85mm | Tumor ablation, surgery, high-power laser treatment |
| Extended Models | 200μm / 800μm / 1000μm | Customizable | Optimized on demand | Ultra-fine minimally invasive surgery, high-power interventional therapy, special customized scenarios |
Note: The standard fiber length is 3m, and different lengths and interface types can be customized according to clinical needs.
III. Diverse Clinical Application Scenarios, Empowering Laser Medicine in All Departments
The applications of Rayever Photoelectric's medical optical fibers cover almost all laser medical departments:
Dermatology and Medical Aesthetics: Laser freckle removal, hair removal, acne treatment, fractional laser anti-aging, fine-core optical fibers precisely transmit low-power lasers to achieve minimally invasive and low-trauma treatment;
Urology: Holmium laser lithotripsy, benign prostatic hyperplasia ablation, high-power optical fibers reach the lesion through the endoscope channel, with high lithotripsy efficiency and low trauma;
Surgery and Oncology: Laser ablation, tumor interventional therapy, high-power optical fibers stably transmit energy to achieve precise ablation and resection of lesions;
Otorhinolaryngology: Tonsillectomy, vocal cord polyp treatment, rhinitis laser treatment, flexible optical fibers adapt to narrow cavities to achieve precise minimally invasive operations;
Dental Treatment: Periodontitis treatment, root canal disinfection, soft tissue resection, optical fibers penetrate deep into periodontal pockets and root canals to achieve minimally invasive treatment;
Ophthalmology: Some ophthalmic laser surgeries, lacrimal duct dredging, fine-core optical fibers adapt to fine operation scenarios.
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