OEM Fiber Coupled Green Lasers

The fiber-coupled laser module is an advanced optoelectronic device designed to efficiently couple laser light generated from a laser source into optical fibers. It is widely applied across industries such as optical communication, laser processing, medical applications, and scientific research. Below is a brief overview of its key features:

Performance Features

1. High Coupling Efficiency

The module excels at efficiently coupling laser light from the source into optical fibers, with typical coupling efficiency exceeding 80%. Advanced models can even achieve over 90% efficiency, significantly reducing optical loss during the coupling process and enhancing overall laser utilization.

2. Superior Beam Quality

The emitted laser beam maintains excellent beam quality, characterized by low divergence angles and high brightness. This is critical for applications requiring high-precision laser beams, such as precision laser processing and high-speed signal transmission in optical communication.

3. Exceptional Stability

Equipped with precise temperature control and stable current regulation circuits, the module ensures consistent laser output under varying operating conditions. Power stability typically remains within ±1%, while wavelength stability is tightly controlled within narrow ranges.

4. Broad Wavelength Coverage

Covering a wide range of wavelengths from the near-infrared to visible spectrum, the module adapts to diverse application needs. For example, 1310nm and 1550nm wavelengths are commonly used in optical communication, while 1064nm lasers are preferred in laser processing applications.

This module combines efficiency, precision, and reliability, making it an ideal choice for demanding industrial and research environments.