Non-standard customizations available:
* Glass Types:
High -OH, Deep UV, Broad Spectrum
* NA: 0.12 to 0.22
* Jacket Options:
Nylon, Tefzel, Silicone, Polyimide
* Dimensions:
Core sizes from 50µm - 2.00mm
Fiber Types: Multimode, NA: 0.20
Jacket Types: Acrylate
Assembly Types: Single-fiber assemblies
Connector Types:
FD-80 high-power connector
905 high-power connector
Custom connectors
Square optical fibres can be classified into the following main types according to different classifications.
1. According to the classification of mode field:
(1) single-mode square optical fibre
(2) multi-mode square optical fibre
2. According to the material classification:
(1) glass square optical fibre
(2) plastic square optical fibre
3. Structure:
(1) Solid square fibre
(2) Microstructured square fibre
(3) Photonic crystal square fibre
4. Classification according to transmission characteristics:
(1) Standard square fibre
(2) Polarization-holding square fibre
(3) Dual suppressed-mode square fibre
(4) Large-area square fibre
5. Classification by Function:
(1) Sensing Square Optical Fibre
(2) Image Transmission Square Optical Fibre
(3) High Power Laser Transmission Square Optical Fibre
Square Fibre has the following main applications.
1. Optical sensors:
Compared with the traditional round fibre, square fibre can provide a larger sensing surface area,
which is used to improve the sensitivity of optical sensors. Commonly used in biological sensing,
gas detection and other fields.
2. Optical image transmission:
The rectangular arrangement of square optical fibres can match the pixel layout of image sensors and displays for accurate image acquisition and transmission. Used in medical imaging, machine vision, etc.
3. High-power laser transmission:
The special structure of square fibre can greatly reduce the dispersion and diffraction effects
of the fibre on the laser light, enabling the transmission of higher-power laser light,
which is used in industrial laser processing, medical and other fields.
4. Optical communication networks:
The integrated use of square fibres in optical communication systems can build high-capacity
optical networks by taking advantage of their high-density connections and low curvature loss.
5. Integrated photonic components:
The rectangular structure of square fibres facilitates the installation, alignment and
connection of optoelectronic devices, simplifying the design of integrated photonic circuits.
6. Fibre optic sensing display:
Integrating square fibre optic and display panel technology, the whole display can have sensing
function and achieve interactive control.
Overall, square optical fibre has the advantages of small size, high-density transmission, sensitive detection, etc.,
and has good application prospects in many fields.
Square optical fibres can be classified into the following main types according to different classifications.
1. According to the classification of mode field:
(1) single-mode square optical fibre
(2) multi-mode square optical fibre
2. According to the material classification:
(1) glass square optical fibre
(2) plastic square optical fibre
3. Structure:
(1) Solid square fibre
(2) Microstructured square fibre
(3) Photonic crystal square fibre
4. Classification according to transmission characteristics:
(1) Standard square fibre
(2) Polarization-holding square fibre
(3) Dual suppressed-mode square fibre
(4) Large-area square fibre
5. Classification by Function:
(1) Sensing Square Optical Fibre
(2) Image Transmission Square Optical Fibre
(3) High Power Laser Transmission Square Optical Fibre
