English

Iron Triangle releases fiber Bragg gratings and arrays based on multi-core fibers

1268
2023-10-28 11:10:28
See translation

T35 multi-core fiber grating and T103 multi-core fiber grating arrays can be engraved into all fiber cores in physical locations, or only onto certain fiber cores.
They can also have the same wavelength, or they can have all different wavelengths at the same physical location along the fiber or at different physical locations along the fiber.


T35 and T103 are very suitable for projects that require monitoring of strain and/or temperature at many points along the MCF fiber optic.
Provide inherent advantages of FBG based sensors. Not affected by electromagnetic interference.
The standard uses acrylic coated fibers, which can be used for OEM packaging according to requirements.
With the expansion of optical sensing applications in industries that require high data output and precision while maintaining cost-effectiveness, the demand for special fiber Bragg grating sensors is growing.
The unique 3D sensing capabilities of T35 and T103 provide new measurement capabilities for developers of global optical sensing solutions.
TECHNICA optical components are a leading developer, manufacturer, and global supplier of high-quality fiber Bragg gratings, FBG arrays, FBG sensors, and optical sensing instruments required for monitoring them.
The headquarters of Iron Triangle is located in Atlanta, USA.
TECHNICASA is a registered trademark of TECHNICA optical components.


Source: Laser Network

Related Recommendations
  • What are the "unique secrets" of each family in terms of breaking the game and high reaction materials?

    Laser is considered a sharp sword that cuts iron like mud, but even sharper swords can have tricky moments. For example, in certain scenarios, there are materials with higher reflectivity, such as silver, copper, etc., known as "high reflection materials". High reflective materials have a low absorption rate for lasers, making them difficult to process and potentially causing equipment failure or ...

    2023-11-06
    See translation
  • French research team successfully develops new orange laser

    A research team in France has reported a novel laser that emits light in the orange region of the spectrum, indicating its potential applications in flow cytometry and astronomical laser guidance.In the research results just published in Optics Express, the team (including researchers from the É cole Polytechnique in Caen, France and Oxxius, a laser manufacturer based in Lannion) claimed that the ...

    03-04
    See translation
  • Germany's leading optoelectronics industry (Jenoptik) in the first half of the gold over 4.2 billion

    On August 9, local time, Germany's leading optoelectronics company Jenoptik released its 2024 second quarter interim financial results forecast. The financial data show that the company in the challenging market environment still shows strong growth momentum.In the first half of the year, Jenoptik achieved significant growth in revenue and earnings before interest, taxes, depreciation and amortiza...

    2024-08-15
    See translation
  • Statsndata predicts that the light detection and ranging market will experience vigorous development globally in 2029

    The Light Detection and Ranging (LiDAR) market embodies the technology of remote sensing, surveying, and the use of laser pulses to measure distance and generate detailed three-dimensional models of objects, terrain, and environment.The LiDAR system emits a laser beam and measures the time required for the light to return to the surface, creating accurate and high-resolution digital representation...

    2023-08-31
    See translation
  • Application of Multipurpose Femtosecond Laser Interferometry in High Precision Silicon Nanostructures

    Researchers from the Laser Processing Group of the IO-CSIC Institute of Optics in Spain report on the application of multi-purpose femtosecond laser interference in high-precision silicon nanostructures. The related research was published in Optics&Laser Technology with the title "Versatile femtosecond laser interference pattern applied to high precision nanostructured of silicon".Highlights:...

    2024-07-10
    See translation