Fiber bundles are comprised of glass or plastic optical fibers, an adhesive (typically UV acrylics) that keeps the fibers glued together, and a jacket or housing that protects the bundle from the surrounding environment.
Fiber bundles are widely used in medical imaging, notably in endoscopes. Unlike single fibers, fiber bundles can transmit images and are thus great for imaging objects. They are also commonly used in optical communication networks as dividers and splitters that split the source into different channels. In fact, all submarine or cross-continental communication is supported by fiber bundles. They can also be found in laser machining applications as they can handle large power levels.
Optical fiber bundles are often classified as coherent or incoherent. When the fibers at both ends of the fiber follow the same ordering, the bundle is called coherent or ordered. Otherwise, they are referred to as incoherent or unordered.
The difference in spatial ordering of the single fibers in fiber bundles makes them suitable for different applications. Coherent or ordered fiber bundles are able to image an object while incoherent or unordered fiber bundles can only transmit light without preserving an image. In other words, they are used for illumination only.
While both copper cables and optical fiber cable bundle can transfer data, optical fiber bundles are more advantageous. Optical fiber bundles can transmit larger bandwidth data over much larger distances and with minimal loss. Moreover, unlike copper cables, they do not suffer from electromagnetic interference which leads to the modification or the loss of the signal.
The cross-section of fiber bundles is typically hexagonal as it is the best way to increase the packaging density and pack more fiber together within the same radius. This arrangement can also reduce cross-talk between the individual fibers which is defined as the power oscillating back and forth between the fibers.
There are 45 different Fiber Bundles from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Fiber Bundles with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Fiber Bundles vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.
Did You know?
Optical fiber bundles are collections of optical fibers that are tightly packed together to form a larger, flexible bundle. These bundles are commonly used in medical and industrial applications for transmitting light, allowing for visualization or illumination in tight spaces. Fiber bundles are also considered the backbone of submarine communications, the network that connects the different continents to each other. The individual fibers that make up the bundle are made of a core of glass or plastic surrounded by a cladding material, which helps to reflect the light back into the core. They are then coated with a protective layer to prevent damage. The fibers are then bundled together and wrapped with an additional protective layer to provide flexibility and durability. Optical fiber bundles have a wide range of applications, including endoscopy, microscopy, and industrial inspection. They are particularly useful in medical procedures, where they allow doctors to visualize and perform procedures inside the body without making large incisions. In microscopy, they allow for high-resolution imaging of small structures and particles, while in industrial inspection they can be used to inspect the inside of machinery and other difficult-to-reach areas. Optical Fiber bundles can have multiple inputs or outputs thus performing as converters or splitters, or they can have one output and one input only. Fiber bundles are known for their wide spectral range that stretches from the UV domain all the way to the mid-IR. They exhibit flexibility and robustness to elevated temperatures, bending, and other external factors.