Central wavelength 1064±1nm, Pulse Width 7.5 ns, Repetition Frequency Adjustment Range 10 MHz, Output Average Power ≥300W, M²<1.2
The High-Power Pulsed 1064nm Fiber Laser is designed for demanding industrial and scientific applications requiring high peak power, exceptional beam quality, and versatile parameter tuning. Operating at a central wavelength of 1064 nm, this system delivers an average output power exceeding 300W with adjustable pulse width and repetition rate, making it an ideal choice for precision processing, materials research, and advanced optical systems.
Features
High Average Power: Over 300W stable output power.
Excellent Beam Quality: Near-diffraction-limited beam profile with M2 < 1.2 (Mx2 = 1.11, My2 = 1.12).
Flexible Parameter Controls: Fully adjustable pulse width (7.5 ns nominal) and pulse repetition frequency (10 MHz nominal).
User-Friendly Control Interface: Fully integrated with proprietary host computer software for remote diagnostics and operation.
Technical Specifications
Technical parameter | Qualification |
Output wavelength | 1064±1nm |
Output Average Power | ≥300W |
Pulse repetition frequency | 10 MHz, adjustable |
Pulse length | 7.5 ns, adjustable |
Beam Quality Factor | M²<1.2 |
Pulse energy | 30uJ |
Impulse peak power | 4kW |
Ambient temperature | 0–40 degrees |
Control model | Control via upper-level software |
Test Data
Figure 1. Output Power
Figure 2. Output Spectrum
Figure 3. Pulse Repetition Frequency
Figure 4. Pulse Width
Figure 5. Beam Quality Test
Figure 6. Physical Representation
