1576nm 10mW DFB Butterfly Laser Diode Manufacturers

Box Optronics is a mature DFB laser source supplier in China. Guided by customer needs, it has launched a multi-channel DFB laser source that integrates multiple different wavelengths. Multiple wavelengths can be activated and used simultaneously, or only one wavelength can be operated separately. This laser source can be used for WDM devices, AWG devices, PLC devices, EDFA, and other fiber optic measurements and applications. The compact product structure is only for more efficient optical experimental research and development applications.

People utilized this ASE process to make broadband ASE light source which is essential for many different telecommunications, fiber sensing, fiber optic gyroscope, and test & measurement applications.

When using laser as a carrier wave for communication or tools for processing, medical treatment, sensing, and detection, it is usually necessary to manage the polarization state of the laser. If the system needs to maintain a certain special polarization state of the laser, in the case of non-free space, the polarization-maintaining fiber or the circular-preserving fiber will be a practical solution to maintain the laser polarization state in a closed channel mode.

The Chinese Spring Festival Holiday is coming soon, we are very busy, but we still try our best to ship the laser diode on time. Thanks to our colleagues for their joint efforts.

Fluorescence imaging has been widely used in biomedical imaging and clinical intraoperative navigation. When fluorescence propagates in biological media, absorption attenuation and scattering disturbance will cause fluorescence energy loss and signal-to-noise ratio decrease, respectively. Generally speaking, the degree of absorption loss determines whether we can "see", and the number of scattered photons determines whether we can "see clearly". In addition, the autofluorescence of some biomolecules and signal light are collected by the imaging system and eventually become the background of the image. Therefore, for biofluorescence imaging, scientists are trying to find a perfect imaging window with low photon absorption and sufficient light scattering.