Single-Frequency Continuous Fiber Lasers
The SFCL Series is engineered for applications that demand ultra-stable, continuous single-frequency output with excellent beam quality. Designed around a fiber-based architecture, these lasers deliver consistent performance with minimal noise, making them ideal for precision measurement and research environments.
With a compact and rugged design, SFCL lasers are well-suited for long-term operation in laboratories and OEM systems where reliability and spectral purity are critical.
Service Coverage Includes:
- Continuous-wave single-frequency laser output
- High frequency stability with low phase noise
- Excellent beam quality for precision applications
- Suitable for metrology, sensing, and optical research
Short-Pulse Fiber Lasers
The SPFL Series is designed to generate short-duration laser pulses with high peak power and excellent stability. These lasers are optimized for applications requiring precise energy delivery in very short time intervals, enabling clean and controlled material interaction.
Built for flexibility and performance, SPFL systems combine robust fiber laser technology with efficient thermal management, ensuring consistent pulse quality even during extended operation.
Service Coverage Includes:
- Short-pulse laser output with high peak power
- Stable pulse-to-pulse performance
- Fiber-based design for easy integration
- Ideal for micro-processing, research, and advanced optics.
Nanosecond Pulsed Fiber Lasers
The NPFL Series offers reliable nanosecond pulsed laser output for industrial, scientific, and precision processing applications. Designed to balance pulse energy, stability, and durability, these lasers are ideal for tasks that require controlled material interaction without excessive thermal impact.
With a compact enclosure and fiber delivery, NPFL lasers are easy to integrate into automated systems while maintaining high performance and long-term operational stability.
Service Coverage Includes:
- Nanosecond pulse duration with stable output
- Consistent pulse energy for repeatable results
- Rugged, compact design for industrial environments
- Suitable for marking, micromachining, and R&D applications.