mirSense came into being in 2015 after years of developing the QCL technology, providing mid-infrared (MWIR) and long-infrared (LWIR) range laser sources. The QCLs designed and manufactured by mirSense are high-powered diodes (typically watt-level down to ≈ 100 mW), emitting in the main transmission bands of the atmosphere (4.0, 4.6, 4.8, 9.x µm), with new options becoming available deep into the LWIR region (11.3, 13.4, 14, 14.9, 16µm). They are Fabry-Perot laser sources operating in the quasi CW regime (pulsed operation down to few tens of nanoseconds and high frequency above MHz) at room temperature. They offer high average power, wall-plug efficiency, and beam quality, making them ideally suited for counter-measures and other defense applications.
To assist the nuclear industry in the detection and monitoring of critical compounds, a new class of Distributed Feedback (DFB) Quantum Cascade Laser (QCL) has been developed. While the standard QCL uses InGaAs and AlInAs on an InP substrate – the basis of the optoelectronics telecom industry – this novel QCL technology is based on InAs and AlSb. These materials’ specific properties enabled the expansion of QCL wavelength range from 2.6µm to 25µm, which better encompasses the easily discernable absorption peaks of the compounds of interest. By controlling the chip’s operating temperature through the Peltier element inside the laser’s package, customers tune the emission wavelength without mode hopping, while maintaining single longitudinal mode (SLM) operation. The technology’s versatility allows them to address any wavelength between 10 and 18µm in CW and up to 21µm in pulsed mode, opening the way for high-resolution spectroscopy applications in this spectral range, notably for the detection of BTEX, but also CH3I, HCN and many other compounds.
mirSense is committed to developing and making cutting-edge laser technologies available to everyone every day. From protecting people to protecting their environment, we build tools that allow everyone to breathe cleaner air, move safely, and live in good health.
Quantum cascade lasers are advanced technology resulting from the conquest of space, precise at the atomic scale. Passionate about the immense possibilities offered by these lasers, we build sustainable, more intelligent, and more accessible products every day. Today we offer efficient and precise solutions which are powerful, robust, and widely and easily deployable.
By developing and producing our own lasers, supported by patents and exclusive techniques, we offer professionals miniaturized modules allowing them to respond to new uses or strengthen their competitiveness with an unprecedented quality-price ratio. We rely on the know-how of competent and creative women and men, passionate about their profession, anxious to put excellence, rigor, and innovation at the service of all.
mirSense is located in France, at the heart of internationally renowned research, production, and innovation ecosystems. Our world needs technologies we can all trust. This is our commitment to everyone.
mirSense is able to handle anything from small scale development to mass production runs due to their trusted relationship with a local supplier, industrial oriented manufacturing methods, and agile supply chain. Utilizing their highly skilled team of Ph.D. engineers and proprietary, innovative solutions, based on a robust patent portfolio, mirSense brings solutions to customers all over the world.