• Cobolt Rogue™ Series

    High Power, CW diode pumped lasers

    Wavelength: 640 nm
    Power: 1 W
    Applications: Super resolution microscopy

    High power, CW diode pumped lasers

    The Cobolt Rogue™  Series lasers are continuous-wave diode pumped lasers (DPL). A complement to our Cobolt 05-01 Series of single frequency lasers, the Cobolt RogueTM  Series is multi-longitudinal mode in a perfect TEM00 beam. In the Cobolt Rogue-iE all-in-one lasers all control electronics are contained in the laser head eliminating the need for an external controller and bringing the trusted laser performance of Cobolt lasers into a compact, self-contained device. The lasers are designed and manufactured to ensure a high level of reliability.
    • 640 nm, CW up to 1 W
    • High quality laser beam, TEMOO
    • Spectral bandwidth < 150 GHz
    • Ultra-robust, hermetically sealed packages, proven reliability
    • 24 months warranty, unlimited hours
    • Fully integrated electronics option available

    Applications

    Perfect for super resolution microscopy, fluorescence microscopy, flow cytometry, DNA sequencing Life Science
  • C-FLEX

    The compact and flexible laser combiner

    Wavelength: 375 nm – 1064 nm
    Power: 50 mW – 1000 mW
    Applications: Microscopy, Raman, holography

    The compact and flexible laser combiner

    The C-FLEX laser combiner harnesses the quality and reliability of the Cobolt high performance lasers. The C-FLEX laser combiners are available in three platform sizes (C4, C6, and C8) and can be equipped with up to 4, 6, or 8 Cobolt lasers. C-FLEX can be fully customized, or is available as application-specific configurations. The design allows for full flexibility in the choice of laser technology, ranging from plug and play diode lasers to high power, single frequency diode pumped lasers. NEW! Explore the flexibility of the C-FLEX platform by using our free online configurator tool - Design my own C-FLEX. Build a 2D model of your C-FLEX design based on your selected lasers and options. Download the drawing, along with a complete list of articles, for a super-easy request-a-quotation process!
    • Available wavelengths: 375 nm to 1064 nm, up to 1000 mW
    • Easy to install and field upgradeable
    • High speed modulation
    • Fiber coupling with options for multiple outputs
    • Optional electromechanical aperture shutters

    Applications

    Fluorescence Microscopy, Raman spectroscopy, and holography.
  • C-WAVE Series

    Widely tunable continuous-wave lasers

    Wavelength: 450 nm – 1900 nm
    Power: 200 mW – 1000 mW
    Applications: Nanophotonics, quantum research, Raman (TERS)

    Widely tunable continuous-wave lasers

    C-WAVE tunable lasers are widely tunable continuous wave (cw) laser light sources based on optical parametric oscillator (OPO) technology.
    • Wavelength coverage from 450 nm up to 3.5 µm
    • Up to 250 nm gap-free tuning range in the visible 
    • Single frequency operation with < 500 kHz typical linewidth
    • Output powers up to Watt-level
    C-WAVE tunable lasers offer several tuning mechanisms, ranging from a fully automated wavelength approach to truly continuous mode-hope free scans over tens of GHz. In closed-loop operation, a long term frequency stability as good as +/- 2 MHz over hours can be achieved. Other features to highlight are an exceptionally low level of amplified spontaneous emission and an excellent spatial beam profile and beam pointing stability.

    Model Overview

    Two design platforms allow to adapt C-WAVE tunable lasers to application specific requirements. For the C-WAVE VIS and C-WAVE IR platform a 532 nm pump laser is used, available in low power and high power version. The platform for C-WAVE GTR and C-WAVE NIR employs a 780 nm pump laser. C-WAVE tuning range

    Applications

    C-WAVE tunable lasers are field proven in applications such as color center research and other Quantum technologies, Nanophotonics, holography, Raman spectroscopy, fluorescence microscopy, and high resolution spectroscopy.
  • Out of stock

    CW fiber lasers and amplifiers

    High power, single frequency visible & IR fiber lasers and amplifiers.

    HÜBNER Photonics no longer distributes Azurlight Systems fiber lasers in Nordics, Germany, Austria and Switzerland, after the acquisition by TOPTICA Photonics AG.

    In case you are interested in femtosecond fiber lasers, then we recommend you read more about our VALO Femtosecond Series lasers, with the markets shortest and cleanest femtosecond pulses.
  • T-SPECTRALYZER®

    The Terahertz-spectrometer T-SPECTRALYZER® opens up new dimensions in many fields of measurement applications.

    Terahertz spectrometer: the all-round spectrometer

    The T-SPECTRALYZER® products have been developed for quick use applications and for routine measurements in daily analytical work.

    T-SPECTRALYZER T/R/F is an all-in-one spectrometer, providing fully automized measurements in transmission (T) and/or reflection (R) geometry on a sample tray, as well as the option to use external fiber-coupled THz heads (F). T-SPECTRALYZER F is an a plug & play fiber based THz spectrometer. Customized solutions of transmission, reflection, and fiber coupled options and combinations of those are available.
    • Terahertz waves for safe and fast scanning
    • Intuitive GUI to support recording, processing and exporting measurement results
    • Terahertz waves for safe analysis, contact free
    • User friendly, fully automated

    Applications

    Non destructive testing, chemical identification and analysis.
  • T-SPECTRALYZER F

    The T-SPECTRALYZER F is a high-performance plug & play fiber based Thz-spectrometer. Its design allows high flexibility.

    Terahertz spectrometer

    T-SPECTRALYZER F is a plug & play THz spectrometer that facilitates non-destructive and contact-free analysis of your samples by using a fiber optic-based set-up. For an all-in-one spectrometer, providing fully automized measurements in transmission (T) and/or reflection (R) geometry, we suggest the T-SPECTRALYZER T/R/F.

    • Terahertz waves for safe and fast scanning
    • 0.1 – 2.5 THz and a dynamic range of up to 54 dB
    • Short measurement times of 0.05s
    • Intuitive GUI to support recording, processing and exporting measurement results
    • Terahertz waves for safe analysis, contact free
    • User friendly, fully automated

    Applications

    Non destructive testing, chemical identification and analysis.
  • T-SENSE®

    The Terahertz imager T-SENSE® visualizes enclosed hazardous substances precisely in letters as well as small parcels safely and effectively.

    Terahertz imager for mail inspection

    The Terahertz imager T-SENSE® visualizes enclosed hazardous substances precisely in letters as well as small parcels safely and effectively.

    • Terahertz waves for safe and fast scanning, no x-rays
    • High sensitivity
    • > 1000 letters/hour 
    • Max. object height of 5 cm
    • User friendly, mobile and flexible
    • Suitable for small offices to large postal centers

    Applications

    Public security: Mail inspection (Imaging of hidden objects).

    The postal deliveries that are to be checked can simply be placed on the  T-SENSE conveyor belt.

    T-sense user interface
    On the user interface, two different filters can be shown at the same time side by side. All parameters are intuitively customizable.
    T-Sense ndividual colour filters
    The innovative visualization software makes it possible to select individual colour filters and representations.
    T-Sense superimpose an image
    With Terahertz, it is possible to superimpose an image on the visualized picture in order to precisely localize the concealed objects and materials.
     
  • T-SENSE FMI

    The Terahertz imager T-SENSE FMI for material inspection can visualize process-related properties that are normally remain hidden to your eyes.

    Terahertz imager for material inspection

    The Terahertz imager T-SENSE FMI visualizes process related properties for materials inspection, such as foreign bodies, flaws, or cavities inside objects. Hidden objects, e.g. inside the packing of a product, can be visualized with the non-destructive imaging technique used by T-SENSE FMI.

    • Terahertz waves for safe and fast scanning, no x-rays
    • User friendly, intuitive touchscreen control
    • Analysis of amplitude and phase information of THz signal
    • Individually adaptable for zero defect production

    Applications

    Non destructive testing.
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