HÜBNER Photonics
At HÜBNER Photonics we not only make game-changing lasers and light sources, but also rethink all kinds of other wave technologies including terahertz imaging. HÜBNER PHOTONICS offers a full range of high performance lasers and terahertz systems including single and multi-line Cobolt lasers, tunable C-WAVE lasers, C-FLEX laser combiners, VALO femtosecond fiber lasers and Terahertz imagers and spectrometers.
- +49 561 994 060 – 0
- +49 561 994 060 – 13
- info.de@hubner-photonics.com
- sales@hubner-photonics.com
- Wilhelmine-Reichard Strasse 6
Kassel, 34123
Germany
Categories
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Narrow Linewidth Lasers
We are proud to offer the world’s broadest range of lasers all with stable SLM (single-longitudinal mode) and narrow linewidth performance, exceptional spectral purity, integrated optical isolator and integrated electronics. Lasers in this Series are the ideal laser choice for every demanding Raman spectroscopy application!
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Terahertz Imager for Material Inspection
T-SENSE FMI
This highly efficient technology is based on the most recent research results. Production can be monitored and controlled at various levels. T-SENSE FMI uses millimeter waves in the lower terahertz range with no health risks involved. This means that the equipment can be used anywhere and for several purposes without the need for radiation protection.
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Single Frequency Lasers
A single-frequency laser is a type of laser which operates within a singular resonator mode, achievable when the net gain bandwidth of the laser remains narrower than the frequency spacing of the resonator modes. In cases where the mode spacing isn’t adequately large to support a single resonator mode, single-frequency operation is maintained through the utilization of intracavity filters. This enables the single-frequency laser to possess an exceedingly narrow linewidth, frequently measuring only a few kHz, and an extended coherent length. A clear association exists between the coherence length and the spectral width of the laser.
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Tunable Lasers
Tunable lasers are laser light sources designed to emit coherent light at large range of wavelengths. Simply put, this ability to “tune” wavelenghts makes these lasers particularly useful in many applications requiring great flexibility and performance optimization. As such, tunable lasers are commonly used for spectroscopy, interferometry, microscopy applications and writing of Holographic Optical Elements (HOE). More recently, we have seen their rise within quantum research.
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Terahertz Imagers
T-SENSE
The Terahertz imager T-SENSE ® visualizes enclosed hazardous substances precisely in letters as well as small parcels safely and effectively.The process is safe, fast and without risk to the health of the user. Unlike conventional visualizing processes such as x-ray technology, the T-SENSE ® functions on the lower Terahertz frequency level with safe millimeter waves that enable non-transparent materials to be illuminated.
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DPSS Lasers
We honour ourselves in providing the broadest range of high-performance Diode-Pumped Solid-State Lasers (DPSSL), or as Cobolt have embraced: Diode-Pumped Lasers (DPL). The laser cavities include frequency-selective optics which stabilize the resonator and prevent all but one longitudinal and transversal mode of the laser to be amplified in the oscillator, which results in extremely stable single-frequency (SF) or single longitudinal mode (SLM) emission and a perfect diffraction limited beam.
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Laser Combiners
Laser combiners and laser light engines have simplified the need to integrate and align individual laser sources either onto an optical bench or within an instrument. By offering a single output with co-linear laser beams, the C-FLEX family of laser combiners makes it simple and convenient to deliver up to 8 laser lines simultaneously.
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Terahertz Imagers
Terahertz imagers represent a groundbreaking technological innovation in the realm of imaging, utilizing terahertz radiation to visualize and explore objects and structures that are otherwise hidden from view.
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Diode Lasers
The large spectral coverage of our diode lasers combined with the compact form factor, direct modulation capability (up to 150 MHz), true off during modulation (>70 dB aspect ratio), and integrated spectral clean-up filters make them ideal for applications in high resolution bioimaging, flow cytometry, optogenetics and quantum technologies.
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Terahertz Spectrometers
Due to its non-invasive and non-ionizing properties, terahertz (THz) radiation is unparalleled in its sensing capabilities. Based on state-of-the-art research results, HÜBNER Photonics division developed innovative and highly compact plug & play systems – allowing contact-free detection, characterization and analysis as well as hyperspectral imaging of materials by THz spectroscopy within a few seconds.
