Products
Compact narrow-linewidth swept laser for the C-Band
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- Published on 30 August 2024
Chilas has developed a compact narrow-linewidth widely tunable laser module based on their hybrid-integration external cavity laser (ECL) technology. This new laser is perfectly suited for a large range of sensing applications like structural health monitoring using Fiber Bragg gratings, molecular detection using ring resonators, and LiDAR remote sensing.
Optically synchronized laser system for multi-color non-linear microscopy
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- Published on 26 July 2024
TOPTICA Photonics announces the release of the FemtoFiber ultra dual-color laser system, designed specifically for multi-color non-linear microscopy applications. This innovative system features two synchronized laser lines, making it ideal for simultaneous multi-color imaging and fluorescence lifetime imaging (FLIM). No laser wavelength tuning is required.
Sub-nanosecond and high-power laser
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- Published on 24 July 2024
Teem Photonics announces the launch of the Amplified Microchip PicoSpear Series, a cutting-edge solution designed to meet the needs of high-precision applications across numerous industries. This series of lasers delivers sub-nanosecond pulses and high energy, making it ideal for tasks that demand both robustness and precision.
Laser CO2 50W
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- Published on 23 July 2024
Iradion Laser sort une version 50W de la série Eternity de lasers CO2 compacts. Les dimensions mécaniques sont identiques, mais la puissance est plus élevée. La série Eternity est une gamme de laser construits avec la technologie brevetée CERAMICORE®. Cette gamme comprend désormais des lasers CO2 avec une puissance de 25, 30, 40 et 50 watts.
Mid-IR Optical Frequency Comb
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- Published on 22 July 2024
Menlo Systems introduces the Mid-IR Comb in their family of optical frequency combs, pushing precision metrology into the 3 – 14 µm mid-infrared (mid-IR) spectral range. This so-called molecular fingerprint region allows for the unambiguous characterization of molecular signatures, providing insights into the chemical composition and reaction kinetics of organic or inorganic materials. The Mid-IR Comb enables high-sensitivity and high-accuracy measurements, such as mid-IR Fourier-transform spectroscopy (FTIR), nano-FTIR, mid-IR dual-comb spectroscopy, or frequency-locking of mid-IR quantum cascade lasers.
Motorized beam expander for high-power lasers
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- Published on 19 July 2024
This new motorized beam expander S6EZM0940-574 from Sill Optics achieves a particularly high resistance, when used by modern high-power lasers. The beam diameter does not fall below the minimum value on all inside lens surfaces of the lens. As a result, the energy input even on the usually critical second lens is so low, even when using high-power lasers, that damage to the material and the coating is avoided.
Capteur infrarouge MWIR
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- Published on 18 June 2024
Le capteur MWIR Seegnus de LYNRED a été conçu pour fournir des images haute résolution dans l’infrarouge moyen. Intégré dans un module très compact et basse consommation, il est idéal pour les équipements tactiques longue portée.
Femtosecond fiber lasers
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- Published on 23 May 2024
TOPTICA introduces the FemtoFiber ultra series, the next generation of femtosecond fiber lasers designed specifically for multi-photon microscopy, two-photon lithography and semiconductor inspection.
Miroirs free-forms répliqués
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- Published on 14 May 2024
MKS Instruments présente les nouveaux miroirs free-forms répliqués Newport (Replicated Freeform Mirrors). Les Newport Replicated Freeform Mirrors offrent une meilleure correction des aberrations, une meilleure qualité d'image, une meilleure transmission optique, et ils prennent moins de place dans le système optique. Les miroirs Newport™ Replicated Freeform Mirrors peuvent être utilisés dans des instruments analytiques, des systèmes d'imagerie, dans le suivi laser ou dans la transmission de données.
Laser with burst mode processing
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- Published on 14 May 2024
Luxinar has launched the LXR® ultrashort pulse (USP) laser platform which features a significant advancement in burst mode processing. Burst mode processing involves delivering sequences (bursts) of several ultrashort laser pulses with inter-pulse delays precisely controlled for optimal material processing. These delays can be as short as 25 nanoseconds, creating a rapid sequence of pulses that interact with the material in a fundamentally different way compared to single pulses. Studies have shown that burst mode processing can significantly improve heat-related issues under certain conditions.
