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Driving Laser Innovation at TOPTICA France
TOPTICA Photonics SE announces the appointment of Dr. Bertrand Viellerobe as Director of Laser Development at TOPTICA France, reinforcing its capabilities in laser design and validation while further advancing its innovation activities. In his new role, Bertrand Viellerobe will lead the development and validation of next-generation laser systems, contributing to TOPTICA’s portfolio of high-performance solutions for scientific and industrial applications. He brings extensive experience in laser and optical system development, with a strong track record of leading multidisciplinary R&D teams, managing complex innovation projects, and translating advanced photonics technologies into real-world applications. The appointment reflects a strategic evolution of responsibilities within TOPTICA France. Dr. Germain Guiraud will transition to the…
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405 nm OEM Laser for High-Accuracy Raman Spectroscopy
TOPTICA Photonics announces the redesigned TopMode 405, a single-frequency diode laser engineered for high-accuracy Raman spectroscopy in industrial OEM environments. “Industrial Raman systems require more than high optical performance – they demand long-term stability and seamless integration into production environments,” said Stéphane Junique, Product Manager OEM Laser at TOPTICA Photonics. “With the enhanced TopMode 405, we provide OEM partners with a stable and reliable excitation source designed for continuous operation.” In Raman spectroscopy, the excitation laser directly impacts system accuracy and reproducibility. The TopMode 405 addresses these requirements with a compact, integration-ready design and enhanced robustness, supporting stable operation in continuous and high-throughput industrial settings. Operating at 405 nm with…
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Ultra-Stable Clock Laser for Real-World Quantum Applications
TOPTICA Photonics is strengthening its position in ultra-stable laser technology with its Clock Laser System (CLS), designed to deliver reliable and ultra-low phase noise optical frequency references for quantum technologies, precision metrology, and advanced sensing. As quantum applications transition from research labs to real-world deployment, demand is growing for laser systems that combine highest frequency stability with operational robustness. The CLS addresses this need by integrating narrow-linewidth external cavity diode laser technology with a highly stable optical reference. “Our focus was to combine ultimate frequency stability with a system design that is robust and practical to operate. This enables users to benefit from ultra-stable laser performance without the complexity and maintenance efforts of…
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Record-Purity Microwaves. Now Commercial
TOPTICA Photonics announces the launch of its X-band Metrological Microwave Solution (X-MMS), a commercially available ultra-low-noise microwave source that ranks among the purest signals achieved worldwide. Developed using photonic technology, the system transfers the stability of an optical reference into the microwave domain, enabling unprecedented signal purity and stability in an industrial-grade platform. From Optical Stability to Microwave Precision Unlike conventional electronic microwave sources, the X-MMS derives its signal from an extremely stable laser using optical frequency division. This approach leverages the superior performance of optical resonators to generate a 9.6 GHz microwave signal with exceptionally low phase noise and high frequency stability. Benchmark Performance in Phase Noise and Stability…
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Lasers that power Analytics
At analytica 2026, TOPTICA Photonics presents its latest laser technologies for analytical applications, combining precision performance with seamless OEM integration. Built for labs and OEMs alike Under the theme “Lasers for Analytics”, TOPTICA introduces systems designed to be easy to integrate, robust, and long-lived, supported by a worldwide service concept. At booth A1.301, visitors can discover solutions tailored to modern analytical environments, where reliability and reproducibility are essential. Enabling key analytical applications TOPTICA’s portfolio addresses a wide range of use cases: Raman analysis with compact, high-power lasers for repeatable high-resolution measurements Fluorescence microscopy with stable multi-line systems enabling increased contrast and reduced cross-talk Spectroscopy with wide wavelength tunability, including access…
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Engineering Quantum Precision for the Real World
TOPTICA Photonics is proud to announce that its TOPTICLOCK Team has been awarded the 2026 Paul F. Forman Team Engineering Excellence Award presented by OPTICA, recognizing outstanding teamwork and engineering achievement in the successful transfer of cutting-edge research into commercial optical atomic clock. The award honors the development of TOPTICLOCK, a commercial single-ion optical clock that combines ultra-low-noise photonics with advanced quantum technology to achieve unprecedented accuracy in an industrial form factor. Within just three years, the TOPTICLOCK Team developed and qualified the commercial optical quantum clock and successfully commissioned it at a lead customer site. From Fundamental Metrology to Industrial Reality The TOPTICLOCK initiative originated from a close collaboration…
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TOPTICA Wins 2026 Prism Award
TOPTICA Photonics is proud to announce that its latest innovation, TOPTICLOCK, has been awarded the 2026 SPIE Prism Award. The award in the Quantum Tech category was presented during a ceremony at Photonics West 2026 in San Francisco, recognizing outstanding achievements in photonics innovation. TOPTICLOCK is the first fully integrated, commercially available optical quantum clock based on a laser-cooled, single trapped Yb⁺ ion. Housed in two robust 19” industrial rack units, it delivers a new benchmark in transportable frequency standards with relative frequency instability and accuracy at the 10⁻¹⁷ level. Designed for remote operation, it provides a stable optical frequency standard output at 871 nm, enabling seamless integration with…
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Pushing the limits of precision and reliability
Renowned for its expertise in providing suitable laser diodes for space applications (e.g. in missions such as GAIA, CATS, EXO Mars, GALILEO II, FORUM, MERLIN, DRAGONFLY), TOPTICA EAGLEYARD once again plays a vital role in a major space mission—demonstrating its commitment not only as a premium component supplier but also as a trusted engineering partner for evaluation and provision of custom-designed laser diode modules. NASA selected the company’s Ridge Waveguide (RWL) 808 nm laser diode as the pump source for the µNPRO main oscillator, recognizing its “unique performance”, as Dr. Anthony Yu, NASA Goddard’s lead for the LISA Laser System, stated. Extensive aging tests confirmed in addition the diodes’ exceptional…
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TOPTICA Expands Presence in Japan with New Osaka Office
TOPTICA Photonics, a leading global provider of high-end laser systems, is proud to announce the opening of its new office in Osaka, Japan. This expansion demonstrates TOPTICA’s commitment to the Japanese market and its growing customer base in the Asia-Pacific region. Leading the new Osaka office is Toshiyuki Nishimoto, who recently joined TOPTICA as Branch Manager with a strong background in photonics and laser technology. The Osaka Office will serve as a dedicated point of contact for customers and partners across western Japan, fostering closer collaboration and ensuring faster response times. This expansion marks an important milestone in the company’s growth strategy, strengthening its footprint in one of the world’s…
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Honoring Excellence in Quantum Research
Honoring Excellence in Quantum Research – TOPTICA recognizes groundbreaking achievements in ultracold atomic physics at the BEC 2025 conference in Spain. TOPTICA Photonics SE congratulates the recipients of the 2025 BEC Awards, which were officially presented on September 10, 2025, during the Bose-Einstein Condensation 2025 conference in Sant Feliu de Guíxols, Spain. The awards recognize groundbreaking achievements in the field of ultracold quantum gases and are presented under the auspices of the biannual BEC conference. The Junior BEC Award 2025 was awarded to Prof. Leticia Tarruell for her seminal work on quantum droplets made of Bose mixtures and supersolidity in spin–orbit coupled Bose-Einstein condensates. The Senior BEC Award 2025 went to Prof. Dan Stamper-Kurn for his seminal contributions…
