EXALOS AG

High-Precision Single-Frequency Laser Diode   Our distributed feedback (DFB) laser diodes deliver stable, narrow-linewidth emission from 375nm to 535nm. Built with GaN semiconductor technology, they offer:   ➡️ Single spatial mode – Uniform beam profile for precise collimation ➡️ Free-space or fiber-coupled – Flexible integration options ➡️ Polarized & tunable – Stable output with fine wavelength control ➡️ Efficient & rugged – Low power consumption, long operational lifetime ➡️ Superior spectral purity – High side-mode suppression for clear signals   Ideal for quantum applications, sensing, spectroscopy, and beyond. Learn more here: https://lnkd.in/eRxqzKe5   #LaserDiodes #Photonics #DFBLaser   ------   Diode laser à fréquence unique de haute précision   Nos diodes laser à rétroaction distribuée (DFB) offrent une émission stable et à largeur de ligne étroite de 375 nm à 535 nm. Construites avec la technologie des semi-conducteurs GaN, elles offrent :   ➡️ Mode spatial unique - Profil de faisceau uniforme pour une collimation précise ➡️ Espace libre ou couplé à une fibre - Options d'intégration flexibles ➡️ Polarisé et accordable - Sortie stable avec un contrôle fin de la longueur d'onde ➡️ Efficace et robuste - Faible consommation d'énergie, longue durée de vie opérationnelle ➡️ Pureté spectrale supérieure - Suppression élevée des modes secondaires pour des signaux clairs   Idéal pour les applications quantiques, la détection, la spectroscopie et bien plus encore. Pour en savoir plus, cliquez sur le lien ci-dessus☝️.

Follow indie - Photonics BU to stay informed about our latest innovations and updates! Check out Aluvia's latest press release on the Narrow-Linewidth Laser operating at 405 nm.

Day 1 at #SPIEBiOS 2025! We are at Booth 8324—stop by to explore our latest innovations: #FemtosecondFibreLaser: A robust, affordable solution delivering high peak power for applications like THz generation and two-photon microscopy. #MicroRGBModule: An ultracompact RGB module with collimated output, ideal for AR systems and HUDs, offering reduced noise and enhanced color performance. Let’s connect and discuss how our solutions are shaping future technologies. SPIE, the international society for optics and photonics --- Premier jour à SPIE BiOS 2025 ! Nous sommes au kiosque 8324 - arrêtez-vous pour découvrir nos dernières innovations : - Laser à fibre femtoseconde : Une solution robuste et abordable délivrant une puissance de crête élevée pour des applications telles que la génération THz et la microscopie à deux photons. - Modules micro-RGB : Module RGB ultracompact à sortie collimatée, idéal pour les systèmes AR et HUD, offrant un bruit réduit et des performances améliorées en termes de couleurs. Venez nous rencontrer pour discuter de la manière dont nos solutions façonnent le futur.

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Be sure to add our upcoming technical presentations at #SPIEBiOS and #PhotonicsWest to your calendar – don’t miss out on the latest advancements!

Don’t miss this! From high-performance SLEDs to our latest Pulse Stretcher, we are showcasing innovations in photonics at #SPIEBiOS and #PhotonicsWest from January 25 to 30. Visit us and TeraXion at the indie.inc booth at: - Booth 8324 (SPIE BiOS) - Booth 3324 (Photonics West)   Here’s what we are bringing to the table: ➡️ SPIE Prism Award 2025 Finalist: Our 1550nm SLED-based 3-fiber Transceiver delivers exceptional innovation and performance. ➡️ New High-Power LXM Narrow-Linewidth Laser Modules - 60 mW ultra-narrow linewidth laser optimized for DAS applications - 70 mW module tailored for FMCW LiDAR and Doppler LiDAR ➡️ VINCI-1064 femtosecond laser: A powerful tool for THz generation and multiphoton microscopy. ➡️ Exclusive First Look: Check out our brand-new Ultra quality grade of Pulse Stretchers.   We look forward to seeing you there!

EXALOS Unveils Breakthrough in Single-Frequency Laser Diode Technology Schlieren, Switzerland — December 13th, 2024: EXALOS, headquartered in the Zurich area, Switzerland, is proud to announce the development of single-frequency laser diode (LD) devices based on a proprietary monolithic distributed feedback (DFB) design, utilizing GaN compound semiconductors. This breakthrough in design represents a pioneering advancement in laser diode technology, delivering superior wavelength control and stability. This innovative technology, which operates across a wavelength range from near UV (390nm) to green (535nm), represents a major leap forward in the field of single-frequency light sources. Its wavelength-agnostic design ensures exceptional control and stability of lasing wavelengths and narrow linewidth over a wide range of output power levels. This is the first DFB LD of our portfolio, with single transverse-mode operation and with an emission wavelength of 450nm, and is currently undergoing extensive life-testing at power levels of 30-50 mW. To date, the prototypes have exhibited exceptional stability with minimal signs of degradation, after more than 1,500 hours of continuous operation. More information: https://lnkd.in/eCvp3PS6 #exalos #laser #photonics #sled #semiconductor #light #appliedphysics #research #sciencenews #navigation #technology

Did you see the news? Innovation in #optical component integration.

We are hiring a Production Process Control Engineer. Part-time (80%) or full-time (100%). Join the EXALOS team and help to create market-leading laser and SLED technology. We develop and produce semiconductor-based broadband light sources for biomedical imaging, fiber optic sensing, or other high-tech applications immediate. We need a Production Process Control Engineer to monitor, maintain, improve and develop automated manufacturing processes for advanced light sources based on micro-optical integration and automated sub-micron assembly on manu-facturing robots. You will work with design engineers and operators to en-sure the product can be built in high volumes with best-in-class yield and reliability. Learn more: https://lnkd.in/g-rnRvX Interested? Apply via email at hr@exalos.com. #laser #photonics #Zurich #laser #semiconductor #optics #job

EXALOS, the world’s leading manufacturer of Superluminescent Light-Emitting Diodes (SLEDs), has been selected as a finalist for the prestigious SPIE Prism Award 2025, which will be handed out at the upcoming SPIE Photonics West in January next year. The annual event, which will be celebrating its 17th year, recognizes commercialized innovation in photonics, honoring companies that are bringing transformative products to market. Among the distinguished finalists, EXALOS is the only company from Switzerland. The nominated, advanced 14-pin Butterfly (BTF) module emits an optical spectrum with 3dB bandwidth of 33 nm around a center wavelength of 1549 nm. The output is collimated into three output beams that are propagating through an optical circulator before being focused into an array of three PM output fibers. Efficient beam collimation, low-loss beam propagation on the optical bench in combination with high-efficiency coupling to the PM output fibers results in output power values of around 1.0 mW per fiber channel at low drive currents of only 150 mA. Thanks to the micro-optical integration of the three closed-loop FOGs, the innovative 14-pin BTF module, allows the creation of products with a less external components and a significantly reduced footprint. More about the award and the selected finalists at spie.org: https://lnkd.in/gsktKsY5 More about the advanced EXALOS SLED module. https://lnkd.in/gzW2SxvS #exalos #laser #photonics #sled #semiconductor #light #appliedphysics #research #sciencenews #navigation #technology