General Introduction:
Cutting-Edge Green Laser Advancement
The Nanosecond CW Green Fiber Laser represents a cutting-edge advancement in Green Lasers technology. It offers significant advantages like high power, high precision, and high stability, making it suitable for a wide range of demanding applications.
Superior Fiber-Based Design
This laser system utilizes a unique fiber-based design. This approach delivers superior performance characteristics and enhanced reliability when compared to traditional laser systems.
High-Quality Beam Specifications
The Nanosecond CW Green Fiber Laser is specifically engineered to generate high-quality laser beams. These beams feature a precise 532 nm wavelength and operate with nanosecond pulse durations.
Versatile Application Suitability
This specific combination of 532 nm wavelength and nanosecond pulse duration makes these Green Lasers an ideal solution. They are highly effective for various fields, including scientific research, biomedical engineering, intricate material processing, and more.
Feature:
High Power Output & Exceptional Beam Quality
A standout advantage of this type of Green Laser technology is its ability to deliver significant power output while maintaining exceptional beam quality. This Nanosecond CW Green Fiber Laser system can generate a maximum power output of up to 100 W, making it fully capable of handling the most demanding application scenarios. Furthermore, its fiber-based architecture guarantees high beam stability and consistency, which are crucial for achieving precise and repeatable results.
High Versatility & Seamless Integration
Another significant benefit of these Green Lasers lies in their versatility. The laser system is designed for easy integration into existing systems and processes, offering businesses and organizations a cost-effective and efficient solution. Moreover, the laser can be customized and configured according to the specific requirements of each application, ensuring optimal performance and results.
Product size
| MODE | EO-LIGHT-CW-2-20~450 | ||||
| Average power (W) | 20/30/40 | 50/60/70/80/90 | 100/120/150 | 200/250 | 300/350/400/450 |
| Working mode | Continuous /modulation | ||||
| Maximum modulation frequency(KHz) | 5 | ||||
| Central wavelength(nm) | 532 (±3) | ||||
| Bandwidth 3dB(nm) | <1 | ||||
| Long term power stability(%) | <3 | ||||
| Beam quality( M2) | <1.3 | ||||
| Operating voltage (VAC) | 220V | ||||
| Rated power consumption(kW) | 0.6 | 1.2 | 1.6 | 2 | 2.5 |
| Working environment temperature(℃) | 5~35 | ||||
| Cooling mode |
water-cooling |
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