סיב הליד כסף | Mid-Infrared and CO2 Laser Delivery Optical Fiber

מדובר בסיב אופטי מהליד כסף בעל המאפיינים הבאים

Wavelength: 4-18um

Numerical aperture (NA): 0.13-0.35

Operating temperature: -60° to +110°C

לסיב יש את היתרונות הבאים: אופטימלי ללייזר סי או שניים וללייזר סי או, אטנואציה נמוכה בטווח אינפרא אדום אמצעי, חזק וגמיש, חומר שאינו היגרוסקופי ובעל קונקטורים איכותיים

אם ברצונכם לקבל פרטים נוספים בנוגע לסיב אופטי זה, אתם מוזמנים ליצור עמנו קשר לקבלת ייעוץ, פרטים נוספים והצעת מחיר

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Applications

Industrial / Scientific:

FT-IR spectroscopy
Pyrometry
Laser marking
Remote, non-contact, temperature control
IR imaging
Laser surface treatment

Medical: CO2 Laser Delivery

Here are 10 similar products to Mid-IR and CO₂ laser delivery optical fibers that are in top demand today:

Hollow Core Waveguides (Hollow Fibers): These are perhaps the most in-demand alternative, especially for high-power CO₂ lasers. Unlike solid-core fibers, hollow waveguides are a type of tube where light is guided through an air core via a reflective inner coating. This design minimizes material absorption and allows for very high power delivery.
Chalcogenide Glass Fibers: Made from glasses containing elements like sulfur, selenium, or tellurium, these fibers are highly transparent in the mid-IR range. They are in demand for spectroscopy, thermal imaging, and some laser delivery applications.
Polycrystalline Silver Halide Fibers: These crystalline fibers are highly transparent from the mid- to far-infrared and are a popular choice for delivering CO₂ laser power in medical and industrial settings. They are flexible and have very low loss at 10.6 µm, the wavelength of a CO₂ laser.
Fluoride Glass Fibers (e.g., ZBLAN): These fibers transmit well in the mid-IR up to about 4-5 µm, making them suitable for lasers like the Er:YAG laser (2.94 µm), which is used in medical procedures. They are in high demand for their low loss and good mechanical properties.
Sapphire Fibers: As a single-crystal fiber, sapphire is extremely durable and can withstand high temperatures. It transmits well in the near-IR and parts of the mid-IR, making it a good choice for high-power laser delivery in harsh environments.
Laser Collimators and Beam Expanders: These are optical components used at the output of a laser and the input of a fiber to shape and optimize the beam for efficient coupling into the fiber. They are crucial accessories for any laser delivery system.
Surgical Laser Fiber Assemblies: This is a finished product that often uses the specialized fibers listed above. These single-use or reusable assemblies are in high demand in urology, gastroenterology, and other surgical fields that use lasers.
Mid-Infrared Detectors: These are the sensors used at the end of a mid-IR fiber system to detect the light. High-performance detectors (like InGaAs, MCT, or PbS) are in high demand for chemical sensing, gas analysis, and thermal imaging.
Quantum Cascade Lasers (QCLs): These are semiconductor lasers that emit light in the mid- to far-infrared. They are often coupled with mid-IR fibers for applications like trace gas detection and spectroscopy.
Hollow-Core Silica Fibers: These are a more recent development in which a silica fiber is engineered with a pattern of air holes. This allows them to transmit mid-IR light, which is normally absorbed by silica, by having the light travel in the air core.