FPYL-671-XXXT-SLM_300 (FPYL-671-XXXT-SLM)
Manufacturer: FLC
Laser Type: DPSS-Laser
Red High Power SLM DPSS Laser
Description:
Manufacturer: FLC
Frankfurt Laser Company (FLC), established in 1994, has a rich history of success and innovation in the field of laser technology. FLC's success is driven by its commitment to innovation and its ability to deliver customized solutions tailored to specific customer needs, including hard-to-source and specialized laser diodes. Celebrating its 30th anniversary in 2024, the company reflects on a legacy of technological advancements that have significantly impacted the laser industry. Through consistent innovation and dedication to excellence, FLC has maintained its position at the forefront of laser technology, continually pushing the boundaries of what is possible in the field.
Laser Type: DPSS-Laser
DPSS lasers excel in applications that require high efficiency, precision, beam quality, and reliability, making them indispensable tools across a wide range of industries and research fields.
Wavelength Range: Visible
Visible lasers have a broad array of applications. In communications, they are used in optical fiber systems for short distances. Medical applications include surgeries, eye treatments like LASIK, and various diagnostic tools. The entertainment industry employs visible lasers in light shows to create striking visual effects. In measurement and detection, laser rangefinders and LIDAR systems use visible lasers for measuring distances and mapping, while bar code scanners often use red laser diodes. Research and development fields utilize visible lasers in spectroscopy, microscopy, and other scientific investigations to study material properties.
Wavelength Range: Low-Noise
To achieve low noise in lasers, several techniques and design considerations are employed. Stabilized power supplies are essential to ensure the power supplied to the laser is stable and free from fluctuations. Consistent temperature control helps reduce noise from thermal fluctuations. High-quality laser cavities made from materials and designs that minimize losses and fluctuations within the laser cavity also play a significant role. Electronic feedback systems can be implemented to stabilize the laser output, while mechanical isolation helps reduce vibrations and external disturbances that can introduce noise. In summary, achieving low noise in lasers is crucial for applications that demand high precision, stability, and reliability in laser performance.
Mode: singlemode
The primary advantage of singlemode lasers lies in their superior beam quality. The beam emitted is highly focused, with minimal divergence and high spatial coherence. This results in a sharp, well-defined beam that can be tightly focused to a small spot size. Such characteristics are essential in applications like high-resolution microscopy, precision cutting, fiber optic communications, and various scientific research endeavors where accuracy and beam precision are crucial.
Mode: SLM
SLM DPSS lasers are essential in applications requiring high spectral purity and stability, such as high-resolution spectroscopy, interferometry, holography, and optical communication, where precision and narrow spectral output are critical.
This article refers to: FPYL-671-XXXT-SLM_300 (FPYL-671-XXXT-SLM) (Manufacturer: FLC Laser Type: DPSS-Laser Wavelength Range: Low-Noise Mode: SLM ) - FPYL-671-XXXT-SLM - SLM DPSS-Laser Wavelength 671nm (Nanometer) Power 0.3W (Watt)
- FLC
- DPSS-Laser
- Low-Noise
- SLM