Unimir_QCL_HCN_14um (Unimir QCL for HCN at 14µm)
Manufacturer/Distributor: mirSense Laser Type: Quantum-Cascade-Lasers

Description:

Manufacturer/Distributor: mirSense

Mirsense, headquartered in Paris, specializes in the development of state-of-the-art quantum cascade lasers and gas spectrometers. Their technology is crucial in sectors such as automotive, medical, and defense, providing solutions that enhance safety and efficiency. Since its founding in 2015, mirSense has focused on creating sustainable and accessible laser products that offer unmatched performance and reliability. Their innovative approach and robust product lineup position them as leaders in the high-tech industry.

Laser Type: Quantum-Cascade-Lasers

Quantum Cascade Lasers (QCLs) offer several advantages, including high output power and efficiency due to the cascading mechanism, tunable wavelengths across a wide range of the infrared spectrum, and a compact, robust design that makes them suitable for integration into various systems and devices. These characteristics make Quantum Cascade Lasers a powerful and versatile tool in modern technology.

Wavelength Range: IR

Infrared (IR) radiation is a type of electromagnetic radiation with wavelengths longer than visible light but shorter than microwave radiation.

Mode: singlemode

Singlemode lasers are designed to produce a highly coherent and precise beam by supporting only one transverse and one longitudinal mode. This results in exceptional beam quality, making them indispensable for applications requiring high accuracy and minimal beam divergence. The careful design of the laser cavity and components ensures the stability of the TEM00 mode, providing the consistency needed for high-precision tasks.

This article refers to: Unimir_QCL_HCN_14um (Unimir QCL for HCN at 14µm) (Manufacturer/Distributor: mirSense Laser Type: Quantum-Cascade-Lasers Wavelength Range: IR Mode: singlemode ) - Unimir QCL for HCN at 14µm - singlemode Quantum-Cascade-Lasers Wavelength 14000nm (Nanometer) Power 0.005W (Watt)