Mopa Fiber Laser Source

MOPA Nanosecond Pulse Laser Source Series Advantages

• High power output: The efficient pulsed fiber laser source can provide high power laser output, which is very important for applications requiring large energy density, such as laser cutting, deep engraving and welding.
• Pulse Adjustability: The MOPA system allows the user to adjust pulse width and frequency to obtain precise pulse parameters. This adjustability makes it suitable for a variety of applications, including materials processing, laser marking and fine machining.
• Burst energy: MOPA laser source has the ability to output high energy instantaneously, which is very helpful for rapid material processing and efficient energy transfer to the workpiece surface.
• High-quality beam: MOPA systems typically produce high-quality Gaussian beams, which means the laser beam is very focused and suitable for precise machining and marking.
• Stability and Reliability: MOPA laser sources typically have highly stable output, which is required in production and industrial applications. They are often able to maintain consistent performance over long runs.
• Long life: The construction of nanosecond pulsed laser sources is typically designed to be very durable and can withstand significant stresses in industrial environments without being easily damaged.
• Multi-wavelength selection: Some pulse fiber laser systems can be used for multi-wavelength laser output, which provides great flexibility in different application fields.
• Application Diversity: MOPA nanosecond pulse laser sources are suitable for a variety of applications, including laser cutting, laser marking, material processing, biomedicine, communications, and scientific research.

Powerful 500W pulse laser cleaner

500W pulase laser cleaner, suitable for almost all kinds of manual cleaning job, rust removal, oil removal, oxydation removal, paint removal and so on, with 500W MOPA laser source, multiple beam mode, you can do all the laser cleaning job with ideal efficiency.

Basic Principles of MOPA Laser Source

The basic principle of the MOPA laser source involves coupling seed signal light and high-power pump light into a double-clad fiber, achieving high-power amplification of the seed signal light through a stimulated emission process, thereby generating the required high-energy pulse laser. This technology allows for precise control and high-power laser output in industrial and scientific applications.

The key feature of the MOPA laser source is the separation of the main oscillator and power amplifier, which allows more flexible control of the laser's output characteristics, such as pulse width, frequency and power. This configuration enables MOPA laser sources to excel in a variety of applications and is particularly suitable for laser applications requiring high power and fine control.