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HÜBNER Photonics

Vretenvägen 13
Solna 171 54
SWEDEN
+46 8 545 912 30
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1591624630 H Phlogoright Rgb 5ede587d26609

HUBNER Photonics has become a preferred supplier of lasers to major instrument manufacturers and leading research labs for cutting-edge applications in the areas of fluorescence microscopy, flow cytometry, Raman spectroscopy, metrology, holography, nanophononics and quantum research.

Products

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C-WAVE BTS
C-WAVE tunable lasers are widely tunable continuous wave (cw) laser light sources covering an unprecedented range of wavelengths in the visible and near IR range. Wavelength coverage...

Press Releases

Courtesy of HÜBNER Photonics
C-WAVE BTS
HÜBNER Photonics, manufacturer of high-performance lasers for advanced imaging, detection and analysis, proudly announces the latest addition to the C-WAVE product line of...

Articles

Hübner Photonics
The Cobolt Rogue 640 nm laser is a continuous-wave, diode-pumped laser.
Huebner Photonics
The T-SENSE terahertz imager is now available with increased resolution, a 5 cm working distance, and a higher workload of 1000 letters/envelopes (DIN C4) per hour.
Cobolt
The 08-NLDM 785 nm enhanced spectral purity laser has use in low-frequency Raman applications.
Cobolt
The Cobolt Tor XS Q-switched laser emits at 1064 and 532 nm, with 100 and 50 μJ/pulse, respectively.
The new direct office is an expansion of the current Cobolt office that will essentially be renamed.
1904 Lfw Pro 16
The Cobolt 08-NLD 633 nm is a frequency-stabilized, narrow-linewidth laser diode producing up to 30 mW.
1701 Lfw Pro 14
The Fandango 515 nm laser provides up to 300 mW continuous-wave output power.
1611 Lfw Pro 16
The Cobolt Tor XS Q-switched laser is designed for use in portable instruments targeting LIBS applications.
(Figure: University of Twente)
The blue curve shows the expected fall-off of energy density with increasing penetration depth of light in a scattering medium (the small dip at the entering surface is a function of the scatterer's mean free path). The red enhanced diffusion curve shows a very different result: a sharp rise, resulting in much more energy stored inside the scattering layer.
An SLM shapes the incoming wavefront, boosting stored light power within the medium by 4.6 times.
Solna, Sweden--Cobolt, which makes lasers for advanced analytical instrumentation equipment, has opened its first sales office in the US.

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Additional content from HÜBNER Photonics

High-performance DPSS lasers manufacturer Cobolt AB recently completed a 40% expansion of its cleanroom production facilities, along with investments in new manufacturing and ...
Cobolt Fandango CW solid-state laser
The Fandango continuous-wave (CW) solid-state laser operates at a 515 nm fixed wavelength, with output powers of 25, 50, 100, and 150 mW.
The Jive diode-pumped, solid-state laser produces 300 mW continuous-wave output at 561 nm.
Content Dam Etc Medialib Platform 7 Laser Focus World Articles Online Exclusive Articles 2010 Global 60969
The Cobolt Samba 05-01 is a continuous-wave (CW) single-frequency diode-pumped solid-state (DPSS) laser operating at 532 nm with up to 1 W output power.
FIGURE 1. A metamaterial with nanoscale feature sizes has a magnetic resonance for 3-µm light-an important step ­toward the fabrication of a negative-refractive-index material at that wavelength.
Somewhere between pure science and pure hard-won ­experience lies technological success. This year's rich variety of achievements in photonics and optoelectronics extends to both...
FIGURE 1. In a schematic diagram of multicycle terahertz pulse generation in a PLN crystal, the green (down) and pink (up) shades indicate the direction of the domain optic axis.
The terahertz frequency range (approximately 0.1 to 10 THz) lies between the microwave and infrared regimes of the electromagnetic (EM) spectrum, but terahertz (THz) science and...
Polymer-encapsulated lasers contain rhombic Nd:YAG laser crystals (visible by the greenish reflection from their thin-film coatings). A fully encapsulated laser 50 × 10 × 3 mm in size with fiber-pump source is at left; the partly encapsulated laser at right was used in the experiments. The laser at center has no fiber-pump source. The coin seen at center as a size reference is a Swedish 10-kronor coin 20.5 mm in diameter.
Aiming to simplify the construction of small Nd:YAG lasers, researchers at Acreo (Kista, Sweden) and the Royal Institute of Technology (Stockholm, Sweden) have developed a polymer...