Precision Redefined for Quantum Computing and Optical Clocks with TOPTICA's Ultra-Stable Clock Laser Systems.
Featuring diode lasers with an ultra-narrow linewidth below 1 Hz, stabilized to high-finesse optical ULE cavities, the CLS achieves exceptional frequency stability far beyond 1-second…
The new groundbreaking 80 W laser system outperforms other, currently available DPSS and fiber-amplified based laser systems.
A team of researchers and engineers at TOPTICA Photonics AG has achieved a breakthrough, building an ultra-low noise, high-power 532nm laser demonstrator.
See live laser demonstrations, and discuss your challenges with our experts.
Visit us at booth #3501 at Moscone Center in San Francisco, January 28 - 31 and discover our latest, cutting-edge laser systems for quantum applications, biophotonics and materials.
TOPTICA Wins 2025 Innovation Award for Breakthrough in Biophotonics
TOPTICA recognized for its plug-and-play femtosecond laser system, setting new standards in user-friendly ultrafast technology.
Passive mode stability by hermetical sealing for transportable applications
The hermetically sealed butterfly package and the compact design of the resonator allow for the best passive mode stability and robustness within the DL pro family.
TOPTICA Photonics is proud to announce that two of its most advanced laser technologies — the CTL 780 and FemtoFiber ultra FD — have been shortlisted for the Innovation Award 2025.
Winners of the Innovation Award – sponsored by EUROPA SCIENCE – will be announced during LASER World of PHOTONICS…
Precision Redefined for Quantum Computing and Optical Clocks with TOPTICA's Ultra-Stable Clock Laser Systems.
Featuring diode lasers with an ultra-narrow linewidth below 1 Hz, stabilized to high-finesse optical ULE cavities, the CLS achieves exceptional frequency stability far beyond 1-second…
The new groundbreaking 80 W laser system outperforms other, currently available DPSS and fiber-amplified based laser systems.
A team of researchers and engineers at TOPTICA Photonics AG has achieved a breakthrough, building an ultra-low noise, high-power 532nm laser demonstrator.
See live laser demonstrations, and discuss your challenges with our experts.
Visit us at booth #3501 at Moscone Center in San Francisco, January 28 - 31 and discover our latest, cutting-edge laser systems for quantum applications, biophotonics and materials.
TOPTICA Wins 2025 Innovation Award for Breakthrough in Biophotonics
TOPTICA recognized for its plug-and-play femtosecond laser system, setting new standards in user-friendly ultrafast technology.
Passive mode stability by hermetical sealing for transportable applications
The hermetically sealed butterfly package and the compact design of the resonator allow for the best passive mode stability and robustness within the DL pro family.
TOPTICA Photonics is proud to announce that two of its most advanced laser technologies — the CTL 780 and FemtoFiber ultra FD — have been shortlisted for the Innovation Award 2025.
Winners of the Innovation Award – sponsored by EUROPA SCIENCE – will be announced during LASER World of PHOTONICS…
Precision Redefined for Quantum Computing and Optical Clocks with TOPTICA's Ultra-Stable Clock Laser Systems.
Featuring diode lasers with an ultra-narrow linewidth below 1 Hz, stabilized to high-finesse optical ULE cavities, the CLS achieves exceptional frequency stability far beyond 1-second…
The new groundbreaking 80 W laser system outperforms other, currently available DPSS and fiber-amplified based laser systems.
A team of researchers and engineers at TOPTICA Photonics AG has achieved a breakthrough, building an ultra-low noise, high-power 532nm laser demonstrator.
See live laser demonstrations, and discuss your challenges with our experts.
Visit us at booth #3501 at Moscone Center in San Francisco, January 28 - 31 and discover our latest, cutting-edge laser systems for quantum applications, biophotonics and materials.
该系统应用于高要求的科研和工业领域,例如:生物光电子学、工业计量学和量子技术等。
TOPTICA以提供市场上波长覆盖范围广泛的激光器,即使是在特殊波长 :190 nm - 0.1 THz (corresponding to 3 mm) 也能提供高功率激光器。