For sale is a new FiberTech Optica coherent line-to-line fiber optic array with 67 individual Ø100 µm fibers (length = 2 m). This is a precision fiber optic array/bundle assembly designed to transfer an ordered line pattern from one end to the other, making it useful for spectroscopy, imaging, illumination, line-scan coupling, sensor systems, and custom optical instrumentation.
FiberTech Optica manufactures custom and specialty fiber optic assemblies, including linear fiber arrays, 2D arrays, V-groove arrays, fiber bundles, probes, and integrated optical assemblies for spectroscopy, biomedical, process-control, remote-sensing, astronomy/space, LIDAR, and research instrumentation applications. The company states that its fiber arrays can be made in linear, 2D, and V-groove formats with custom spacing, fiber sizes, substrates, and high-precision fiber positioning.
This item is described as a coherent line-to-line array, meaning the fiber order is preserved from input to output. In practical use, this allows a line image or spatial distribution collected at one end to be transferred to the other end in the same fiber order. This is different from a randomized illumination bundle, where fiber positions are intentionally mixed.
Brand: FiberTech Optica
Model: Coherent Line-to-Line Fiber Optic Array
Fiber Count: 67
Fiber Diameter: 100 µm
Fiber Arrangement: Linear / Line-to-Line
Condition: New
MPN: Not specified
Country/Region of Manufacture: Canada,
Intended Use: Spectroscopy, Imaging, Fiber Optic Instrumentation, OEM Optics
New old stock / surplus item. Unused condition. Please review photos for exact configuration, ferrule style, connector type, cable length, fiber termination, and cosmetic condition. No additional accessories are included unless shown.
Because FiberTech Optica products are often custom-made assemblies, buyers should confirm that the fiber count, fiber diameter, line spacing, ferrule dimensions, cable length, and end geometry match their application before purchase. FiberTech Optica states that its fiber assemblies and arrays can be made in many custom configurations, including different fiber types, sizes, materials, spacing, and substrates.