FLPD-780-20-FBG-BTF
Manufacturer/Distributor: FLC Laser Type: FBG

Description:

Manufacturer/Distributor: FLC

Frankfurt Laser Company (FLC) is known for its innovation and its ability to provide customized solutions to meet specific customer requirements, including hard-to-source and specialized laser diodes. In 2024, the company celebrated its 30th anniversary, reflecting on a successful history of technological advancements that have significantly contributed to the development of the laser industry.

Laser Type: Fiber-Coupled-Laser-Diodes

Fiber coupled lasers ensure efficient and precise light delivery by integrating the laser source with an optical fiber, minimizing losses and maintaining beam quality over long distances. Their compact, robust design allows for flexible routing and easy integration into various systems, making them ideal for applications in medical procedures, industrial manufacturing, and scientific research. Additionally, they offer superior beam quality, enhanced safety, and effective thermal management, making them a reliable and versatile choice for a wide range of applications.

Laser Type: FBG

Fiber Bragg Grating (FBG) Stabilized Laser Diodes combine the coherent light generation capability of laser diodes with the precise wavelength control offered by Fiber Bragg Gratings. This integration results in highly stable and narrow-linewidth laser sources, suitable for a variety of high-precision applications across multiple fields.

Wavelength Range: IR

Applications with infrared (IR) wavelengths span across various fields. Near-Infrared (NIR) is used in fiber optic communications, medical imaging, and night vision equipment. Mid-Infrared (MIR) is important for spectroscopy, chemical sensing, and environmental monitoring due to the absorption characteristics of many molecules in this range. Far-Infrared (FIR) is utilized in thermal imaging, astronomy, and studying the thermal properties of materials.

Mode: multimode

Multimode lasers typically exhibit lower beam quality compared to their single-mode counterparts, characterized by higher beam divergence and lower spatial coherence. However, they can achieve higher output powers because they utilize the gain medium more efficiently by supporting multiple modes. This makes multimode lasers particularly useful in applications where high power is more critical than beam precision, such as cutting, welding, and certain medical treatments.

This article refers to: FLPD-780-20-FBG-BTF (Manufacturer/Distributor: FLC Laser Type: FBG Wavelength Range: IR Mode: multimode ) - FLPD-780-20-FBG-BTF - multimode FBG Wavelength 780nm (Nanometer) Power 0.02W (Watt)