Lasers & Light Sources

Lasers and light sources are photonics products that generate light. These devices can operate over a wide range of wavelengths and output powers. While lasers generate light by stimulated emissions, other light sources work using thermal emission or electrical inputs.

At MEETOPTICS search you can compare the largest catalog of Light Sources and Lasers among the top internationally trusted suppliers: Thorlabs, Frankfurt Laser Company, Omicron, LD-PD PTE. LTD., Chips 4 Light GmbH, EPIGAP OSA, Edmund Optics, HAMAMATSU, Toptica, PicoQuant, Radiant Dyes, OptoSigma, HÜBNER Photonics, TRUMPF, AKELA, Boston Electronics, Oxxius, Amplitude, PHOTONICPARTS, nanoplus, Bright Solutions, Knight Optical, Photonic Solutions, ID Photonics, Optogama, Menlo Systems, APE, OPTOKON, Fiber Optic Center, CRYTUR, CREATIVE LED GmbH, Stuttgart Instruments, EKSMA Optics, Fluence, Chilas, Access Laser, Menhir Photonics, OSI Optoelectronics, Litilit, Prospective Instruments, TRUMPF Scientific Lasers, DRS Daylight Solutions, Femtum, UWAVE, Mitutoyo, omega optical, Focuslight, OPTOMECH, Femto Easy, NLIR, Quantum Computing Inc, Andor Technology, LumIR Lasers, TeraXion, SILENTSYS, Siskiyou, and UltraFast Innovations. You can compare by filtering and sorting any light source device by any of their technical specifications that will contribute to developing your setup. You will be able to compare and select among coherent and incoherent light sources, Continuous-wave (CW) lasers, Pulsed lasers, Light Emitting Diodes (LEDs), Super-Luminiscent Diodes (SLDs), Thermal Emitters, Frequency Converters, Pumping Sources, and Gain Media. Besides all these light sources, MEETOPTICS offer a selection of cooled mounts to ensure the performance of your source.

The variety of light sources makes them ideal for a wide range of applications, including but not limited to, spectroscopy, fiber optic communications, material processing, imaging, metrology, testing, and quantum optics. These laser applications can be in the Ultraviolent (UV), Visible and Infrared (IR,) and THz spectrum. Depending on the wavelength range, source material or operation mode used, different results will be achieved.