Fiber for Infrared Phototherapy Device SMA-IRHWGL-01
Infrared therapy instruments use radiation penetrating the skin to heat muscles and subcutaneous tissue for treatment, accelerating circulation/metabolism, relaxing muscles, and promoting repair. Fibers may transmit infrared from the source to treatment sites while maintaining stable, uniform energy. Internal reflection/refraction enables rapid long-distance optical transmission. Low loss and high bandwidth also meet modern high-speed communication needs. Thus fibers deliver infrared, stabilize/uniformize energy, and improve treatment effectiveness. Their main function is carrying infrared energy from the source to the site. Some have miniature focusing lenses at their tips to concentrate beams into tiny spots and increase energy density/effects. Selecting diameter and numerical aperture controls penetration for different sites and treatments. Total internal reflection reduces transmission loss so more energy reaches targets. Flexibility and bendability help reach complex or inaccessible areas throughout the body. Separating sources from treatment regions reduces direct high-energy exposure risk and improves safety. Not all infrared instruments use fibers: some illuminate directly. Fiber use depends on device design and technical requirements.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Optical fiber material | Infrared silica fiber |
| Connector Type | SMA905/FC/custom |
| Fiber core count | Single-core |
| Operating Temperature | -55~ +85 ℃ |
| Numerical Aperture | 0.22 |
| Wavelength Range | 400-2500 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 (50-1000μm) |
| Length | Customer specified |
| Protective tube diameter | Customer specified |
| Protective tube type | Customer specified |
| Coating material | Acrylic resin |
| Single-filament transmission efficiency | ≥85% |
| RoHS report | Compliant with standards |
| REACH report | Compliant with standards |
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Fiber Processing Tools C108 Optical Fibers Jcoptix
Compatible Fiber Types: Single-Core Silica Fiber Compatible Fiber Specifications: Ø0.25 mm/Ø0.9 mm/Pigtail Clamp Type: Multifunction Fixture
JCOPTIX offers the full COMWAY range of high-quality fiber-processing tools, combining high precision, efficiency, long life, and versatility. Precise blade-gap calibration for thermal stripping and stripping tools avoids core damage and removes coatings evenly without residue. Convenient operation and maintenance support fiber splicing in communication engineering, data centers, FTTH, emergency field repair, research, and teaching, making them standard tools for professional splicing. Fiber cleavers. Models: CC-03, C108, C109, C109M. High-precision cleaving. Durable, long-lived construction. Easy operation and maintenance. JCOPTIX supplies original COMWAY cleavers with precision mechanics and hard-alloy blades for stable cleave angles. Blade life reaches up to 48000 cleaves, combining efficiency, precision, and durability. Place fibers in the correct groove strictly according to instructions. If fibers do not cleave or edges are rounded, adjust the blade position with the screw and cleave again. If quality deteriorates noticeably, generally after 1000-1500 fibers, loosen the blade-clamping screw and adjust the blade position according to instructions. Thermal fiber strippers. Models: CS-06, CS-09. Thermal stripping without fiber damage. Four temperature settings and dual modes. Portable, long battery life. Easy operation and maintenance. Original COMWAY strippers use constant-temperature thermal stripping instead of conventional cold stripping to avoid core scratches and coating residue. Four temperatures, dual modes, a high-capacity lithium-ion battery, and Type-C fast charging suit bundled fibers, ribbon cables, pigtails, bare fibers, invisible fibers, and other fiber coatings. Replace both blades together according to instructions. Fiber stripping pliers. Model: CS-02-B. Three-hole design. Safety lock. Easy, quick operation. Original COMWAY pliers include 3 standard stripping openings for layered removal of 2.0-3.0 mm outer jackets, 900 μm buffers, and 250 μm coatings in one operation. Micrometer-calibrated hard-alloy blades prevent core scratches and breaks; ergonomic nonslip handles combine efficiency and durability. Users may adjust aperture size as needed, but manual adjustment cannot be restored to factory settings with one action. Open the safety lock before use.
-
Fiber Processing Tools C109 Optical Fibers Jcoptix
Compatible Fiber Types: Single-Core Silica Fiber Compatible Fiber Specifications: Ø0.25 mm/Ø0.9 mm/Pigtail Drop Cable/Butterfly Optical Cable Clamp Type: Multifunction Fixture
JCOPTIX offers the full COMWAY range of high-quality fiber-processing tools, combining high precision, efficiency, long life, and versatility. Precise blade-gap calibration for thermal stripping and stripping tools avoids core damage and removes coatings evenly without residue. Convenient operation and maintenance support fiber splicing in communication engineering, data centers, FTTH, emergency field repair, research, and teaching, making them standard tools for professional splicing. Fiber cleavers. Models: CC-03, C108, C109, C109M. High-precision cleaving. Durable, long-lived construction. Easy operation and maintenance. JCOPTIX supplies original COMWAY cleavers with precision mechanics and hard-alloy blades for stable cleave angles. Blade life reaches up to 48000 cleaves, combining efficiency, precision, and durability. Place fibers in the correct groove strictly according to instructions. If fibers do not cleave or edges are rounded, adjust the blade position with the screw and cleave again. If quality deteriorates noticeably, generally after 1000-1500 fibers, loosen the blade-clamping screw and adjust the blade position according to instructions. Thermal fiber strippers. Models: CS-06, CS-09. Thermal stripping without fiber damage. Four temperature settings and dual modes. Portable, long battery life. Easy operation and maintenance. Original COMWAY strippers use constant-temperature thermal stripping instead of conventional cold stripping to avoid core scratches and coating residue. Four temperatures, dual modes, a high-capacity lithium-ion battery, and Type-C fast charging suit bundled fibers, ribbon cables, pigtails, bare fibers, invisible fibers, and other fiber coatings. Replace both blades together according to instructions. Fiber stripping pliers. Model: CS-02-B. Three-hole design. Safety lock. Easy, quick operation. Original COMWAY pliers include 3 standard stripping openings for layered removal of 2.0-3.0 mm outer jackets, 900 μm buffers, and 250 μm coatings in one operation. Micrometer-calibrated hard-alloy blades prevent core scratches and breaks; ergonomic nonslip handles combine efficiency and durability. Users may adjust aperture size as needed, but manual adjustment cannot be restored to factory settings with one action. Open the safety lock before use.
-
Fiber Processing Tools C109M Optical Fibers Jcoptix
Compatible Fiber Types: Single-Core Silica Fiber Compatible Fiber Specifications: Ø0.25 mm/Ø0.9 mm/Ø3.0 mm Cladding Diameter: 125μm
JCOPTIX offers the full COMWAY range of high-quality fiber-processing tools, combining high precision, efficiency, long life, and versatility. Precise blade-gap calibration for thermal stripping and stripping tools avoids core damage and removes coatings evenly without residue. Convenient operation and maintenance support fiber splicing in communication engineering, data centers, FTTH, emergency field repair, research, and teaching, making them standard tools for professional splicing. Fiber cleavers. Models: CC-03, C108, C109, C109M. High-precision cleaving. Durable, long-lived construction. Easy operation and maintenance. JCOPTIX supplies original COMWAY cleavers with precision mechanics and hard-alloy blades for stable cleave angles. Blade life reaches up to 48000 cleaves, combining efficiency, precision, and durability. Place fibers in the correct groove strictly according to instructions. If fibers do not cleave or edges are rounded, adjust the blade position with the screw and cleave again. If quality deteriorates noticeably, generally after 1000-1500 fibers, loosen the blade-clamping screw and adjust the blade position according to instructions. Thermal fiber strippers. Models: CS-06, CS-09. Thermal stripping without fiber damage. Four temperature settings and dual modes. Portable, long battery life. Easy operation and maintenance. Original COMWAY strippers use constant-temperature thermal stripping instead of conventional cold stripping to avoid core scratches and coating residue. Four temperatures, dual modes, a high-capacity lithium-ion battery, and Type-C fast charging suit bundled fibers, ribbon cables, pigtails, bare fibers, invisible fibers, and other fiber coatings. Replace both blades together according to instructions. Fiber stripping pliers. Model: CS-02-B. Three-hole design. Safety lock. Easy, quick operation. Original COMWAY pliers include 3 standard stripping openings for layered removal of 2.0-3.0 mm outer jackets, 900 μm buffers, and 250 μm coatings in one operation. Micrometer-calibrated hard-alloy blades prevent core scratches and breaks; ergonomic nonslip handles combine efficiency and durability. Users may adjust aperture size as needed, but manual adjustment cannot be restored to factory settings with one action. Open the safety lock before use.
-
Fiber Flange/Fiber Adapter FAA-CMTE-APC Optical Fibers Jcoptix
Body Material: 304 Stainless Steel Surface Treatment: Plasma Cleaning and Electromagnetic Demagnetization (Weak Magnetism Remains) Connector Type: FC/APC
JCOPTIX fiber adapters come in smooth, SM05, SM1, and C-Mount series. They convert FC/PC, FC/APC, or SMA connectors to standard SM/C-Mount threads, or FC/APC to smooth-bore optomechanics. They suit single-/multimode couplers and other free-space hardware, including light-tight coupling with tubes into SM05 (0.535-inch-40) or SM1 (1.035-inch-40) systems. FC/PC and FC/APC patch cords have alignment keys that must enter matching slots precisely to minimize insertion loss. Keys are generally 2.0 mm narrow or 2.2 mm wide. JCOPTIX adapters have 2.2 mm slots accepting both, while JCOPTIX FC/PC/FC/APC cords use narrow keys. Precision-machined 304 stainless steel is electromagnetically demagnetized, plasma-cleaned, and blasted, retaining 304 corrosion resistance with a matte nonreflective surface to reduce ambient-light effects. Unthreaded fiber adapters. Models: FAA-05-APC, FAA-1-APC, FAA-1-SMA, FAA-05-SMA. Smooth diameters Ø12.7 mm or Ø25.4 mm; FC/APC interface; fits various smooth-bore mounts. JCOPTIX offers Ø12.7 mm/Ø25.4 mm smooth adapters converting smooth-bore optics mounts to FC/APC. High-quality 304 stainless is precision-machined, demagnetized, plasma-cleaned, and blasted, retaining 304 corrosion resistance and a matte nonreflective finish. SMA adapters are assemblies and do not have the above 304 stainless surface-treatment characteristics. SM05-threaded fiber adapters. Models: FAA-SM05-PC, FAA-SM05-PC2, FAA-SM05-APC, FAA-SM05-APC2, FAA-SM05-SMA, FAA-SM05-LC, FAA-SM05E-PC, FAA-SM05E-PC2, FAA-SM05E-APC, FAA-SM05E-APC2, FAA-SM05E-SMA, FAA-SM05E-ST FC/PC. FC/PC, FC/APC, SMA, LC, ST; SM05 internal/external options; knurling and recessed spanner holes ease installation/removal. JCOPTIX SM05 adapters with SM05 internal/external threads convert FC/PC, FC/APC, SMA, ST, LC to standard SM05, for single-/multimode couplers or free-space coupling, including light-tight tubes in SM05 (0.535-inch-40) systems. SM1-threaded fiber adapters. Models: FAA-SM1-PC, FAA-SM1-PC2, FAA-SM1-APC, FAA-SM1-APC2, FAA-SM1-SMA, FAA-SM1-LC, FAA-SM1-SC, FAA-SM1E-PC, FAA-SM1E-PC2, FAA-SM1E-APC, FAA-SM1E-APC2, FAA-SM1E-SMA, FAA-SM1E-ST FC/PC. FC/PC, FC/APC, SMA, LC, ST, SC; SM1 internal/external options; knurling and recessed spanner holes. JCOPTIX SM1 adapters convert FC/PC, FC/APC, SMA, LC, ST, SC to standard SM1 for single-/multimode couplers or free-space optics, including light-tight tubes in SM1 (1.035-inch-40) systems. C-Mount fiber adapters. Models: FAA-CMTE-APC, FAA-CMTE-PC, FAA-CMTE-SMA FC/PC. FC/PC, FC/APC, SMA; external C-Mount; recessed spanner holes. JCOPTIX C-Mount external adapters convert FC/PC, FC/APC, SMA to standard C-Mount for single-/multimode couplers, free-space optics, or lens tubes. Fiber connector/ferrule adapters. Models: FAA-SM1E-F1.25, FAA-SM1E-F2.5 SM1. SM1 external threads; Ø1.25 mm or Ø2.5 mm ferrules; recessed spanner holes. JCOPTIX SM1 external ferrule adapters accept Ø1.25 mm/Ø2.5 mm ferrules and couple fibers to standard SM1 components, single-/multimode couplers, or free-space optics, including light-tight tubes in SM1 (1.035-inch-40) systems. Bulkhead adapter. Model: FAA-HA-SMA. For OEM/custom applications; SMA compatibility. One end accepts a fiber connector and the other fits SM1, SM05, C-Mount bases or other SMA adapters, integrating into OEM/custom systems to emit fiber light into free space. FAA-HA-SMA is 9.7 mm long, with a 1/4-inch-36 threaded sleeve for SMA905/SMA906 cords. The sleeve and supplied locknut mount into OEM/custom systems.
-
Fiber Flange/Fiber Adapter FAA-CMTE-PC Optical Fibers Jcoptix
Body Material: 304 Stainless Steel Surface Treatment: Plasma Cleaning and Electromagnetic Demagnetization (Weak Magnetism Remains) Connector Type: FC/PC
JCOPTIX fiber adapters come in smooth, SM05, SM1, and C-Mount series. They convert FC/PC, FC/APC, or SMA connectors to standard SM/C-Mount threads, or FC/APC to smooth-bore optomechanics. They suit single-/multimode couplers and other free-space hardware, including light-tight coupling with tubes into SM05 (0.535-inch-40) or SM1 (1.035-inch-40) systems. FC/PC and FC/APC patch cords have alignment keys that must enter matching slots precisely to minimize insertion loss. Keys are generally 2.0 mm narrow or 2.2 mm wide. JCOPTIX adapters have 2.2 mm slots accepting both, while JCOPTIX FC/PC/FC/APC cords use narrow keys. Precision-machined 304 stainless steel is electromagnetically demagnetized, plasma-cleaned, and blasted, retaining 304 corrosion resistance with a matte nonreflective surface to reduce ambient-light effects. Unthreaded fiber adapters. Models: FAA-05-APC, FAA-1-APC, FAA-1-SMA, FAA-05-SMA. Smooth diameters Ø12.7 mm or Ø25.4 mm; FC/APC interface; fits various smooth-bore mounts. JCOPTIX offers Ø12.7 mm/Ø25.4 mm smooth adapters converting smooth-bore optics mounts to FC/APC. High-quality 304 stainless is precision-machined, demagnetized, plasma-cleaned, and blasted, retaining 304 corrosion resistance and a matte nonreflective finish. SMA adapters are assemblies and do not have the above 304 stainless surface-treatment characteristics. SM05-threaded fiber adapters. Models: FAA-SM05-PC, FAA-SM05-PC2, FAA-SM05-APC, FAA-SM05-APC2, FAA-SM05-SMA, FAA-SM05-LC, FAA-SM05E-PC, FAA-SM05E-PC2, FAA-SM05E-APC, FAA-SM05E-APC2, FAA-SM05E-SMA, FAA-SM05E-ST FC/PC. FC/PC, FC/APC, SMA, LC, ST; SM05 internal/external options; knurling and recessed spanner holes ease installation/removal. JCOPTIX SM05 adapters with SM05 internal/external threads convert FC/PC, FC/APC, SMA, ST, LC to standard SM05, for single-/multimode couplers or free-space coupling, including light-tight tubes in SM05 (0.535-inch-40) systems. SM1-threaded fiber adapters. Models: FAA-SM1-PC, FAA-SM1-PC2, FAA-SM1-APC, FAA-SM1-APC2, FAA-SM1-SMA, FAA-SM1-LC, FAA-SM1-SC, FAA-SM1E-PC, FAA-SM1E-PC2, FAA-SM1E-APC, FAA-SM1E-APC2, FAA-SM1E-SMA, FAA-SM1E-ST FC/PC. FC/PC, FC/APC, SMA, LC, ST, SC; SM1 internal/external options; knurling and recessed spanner holes. JCOPTIX SM1 adapters convert FC/PC, FC/APC, SMA, LC, ST, SC to standard SM1 for single-/multimode couplers or free-space optics, including light-tight tubes in SM1 (1.035-inch-40) systems. C-Mount fiber adapters. Models: FAA-CMTE-APC, FAA-CMTE-PC, FAA-CMTE-SMA FC/PC. FC/PC, FC/APC, SMA; external C-Mount; recessed spanner holes. JCOPTIX C-Mount external adapters convert FC/PC, FC/APC, SMA to standard C-Mount for single-/multimode couplers, free-space optics, or lens tubes. Fiber connector/ferrule adapters. Models: FAA-SM1E-F1.25, FAA-SM1E-F2.5 SM1. SM1 external threads; Ø1.25 mm or Ø2.5 mm ferrules; recessed spanner holes. JCOPTIX SM1 external ferrule adapters accept Ø1.25 mm/Ø2.5 mm ferrules and couple fibers to standard SM1 components, single-/multimode couplers, or free-space optics, including light-tight tubes in SM1 (1.035-inch-40) systems. Bulkhead adapter. Model: FAA-HA-SMA. For OEM/custom applications; SMA compatibility. One end accepts a fiber connector and the other fits SM1, SM05, C-Mount bases or other SMA adapters, integrating into OEM/custom systems to emit fiber light into free space. FAA-HA-SMA is 9.7 mm long, with a 1/4-inch-36 threaded sleeve for SMA905/SMA906 cords. The sleeve and supplied locknut mount into OEM/custom systems.
Related Articles
The LZFL405‑80mW‑3 series from Shenzhen Leirte Optoelectronics Co., Ltd. is a coaxial‑packaged violet‑blue single‑mode fiber‑coupled laser diode. It delivers 80 mW continuous‑wave output at 405 nm. Light is coupled into 3 μm core‑diameter single‑mode fiber for clean beam quality and easy integration into diverse optical systems. It serves as a compact violet‑blue light source for medical instruments and industrial printing applications.
Macro channel water-cooled stacked laser diodes integrate dozens of laser bars into one vertical stacked module with large-diameter macro flow cooling channels.
CytoViva delivers comprehensive hyperspectral imaging solutions covering visible to near-infrared spectrum, compatible with brightfield, fluorescence and proprietary enhanced darkfield microscopy modes.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform