| Unit | Parameter |
| Product Model | | YDFLP-C-20-M7-S-R | YDFLP-E-30-M7-S-R |
| M2 | | <1.4 |
| Armored Cable Length | m | 2 |
| Nominal Average Output Power | W | >20 | >30 |
| Maximum Pulse Energy | mJ | 0.8 |
| Pulse Repetition Rate Range | kHz | 1 ~ 4000 |
| Pulse Duration | ns | 2 ~ 350 |
| Output Power Stability | % | <5 |
| Cooling Method | | Air Cooled |
| Supply DC Voltage (VDC) | V | 24 |
| Maximum Power Consumption | W | <110 | <150 |
| Environmental Supply Current | A | >5 | >7 |
| Central Emission Wavelength | nm | 1064 |
| Emission Bandwidth@3dB | nm | <15 |
| Polarization Orientation | | Random |
| Anti-high Reflection | | Yes |
| Output Beam Diameter | mm | 7±0.5 |
| Output Power Tuning Range | % | 0 ~ 100 |
| Operation Temperature | ℃ | 0 ~ 40 |
| Storage Temperature | ℃ | -10 ~ 60 |
| N.W | KG | 3.75 | 4.25 |
| Size(L×W×H) | mm | 245 × 200 × 65 |
| Unit | Parameter |
| Product Model | | YDFLP-E2-60-M7-M-R | YDFLP-E2-100-M7-M-R |
| M2 | | <1.5 | <1.6 |
| Delivery Cable Length | m | 3 |
| Nominal Average Output Power | W | >60 | >100 |
| Maximum Pulse Energy | mJ | 2 | 1.5 |
| Pulse Repetition Rate Range | kHz | 1 ~ 4000 |
| Pulse Duration | ns | 2~500 |
| Output Power Stability | % | <5 |
| Cooling Method | | Air Cooled |
| Supply DC Voltage (VDC) | V | 24 |
| Power Supply | W | <330 | <440 |
| Environmental Supply Current | A | >13 | >18 |
| Central Emission Wavelength | nm | 1064 |
| Emission Bandwidth@3dB | nm | <15 |
| Polarization Orientation | | Random |
| Anti-high Reflection | | Yes |
| Output Beam Diameter | mm | 7±0.5 |
| Output Power Tuning Range | % | 0 ~ 100 |
| Operation Temperature | ℃ | 0 ~ 40 |
| Storage Temperature | ℃ | -10 ~ 60 |
| N.W | KG | 4.1 | 8.5 |
| Size(L×W×H) | mm | 205 × 253.3 × 75 | 336 × 255 × 90 |
| Unit | Parameter |
| Product Model | | YDFLP-200-M7-M-R | YDFLP-350-M7-M-R | YDFLP-500-M7-M-R-W |
| M2 | | <1.6 | <1.7 |
| Armored Cable Length | m | 5 |
| Nominal Average Output Power | W | >200 | >350 | >500 |
| Maximum Pulse Energy | mJ | 1.5 | 1.5 |
| Pulse Repetition Rate Range | kHz | 1 ~ 4000 |
| Pulse Duration | ns | 2 ~ 500 | 3 ~ 500 |
| Output Power Stability | % | <5 |
| Cooling Method | | Air Cooled | Water Cooled |
| Supply DC Voltage (VDC) | V | 48 |
| Maximum Power Consumption | W | <800 | <1200 | <1700 |
| Environmental Supply Current | A | >16 | >25 | >35 |
| Central Emission Wavelength | nm | 1064 |
| Emission Bandwidth@3dB | nm | <20 | <30 | <20 |
| Polarization Orientation | | Random |
| Anti-high Reflection | | Yes |
| Output Beam Diameter | mm | 7±0.5 | 7±1 |
| Output Power Tuning Range | % | 0 ~ 100 |
| Operation Temperature | ℃ | 0 ~ 40 | 10 ~ 40 |
| Storage Temperature | ℃ | -10 ~ 60 |
| N.W | KG | 24.8 | 30 | 19.8 |
| Size(L×W×H) | mm | 430 × 351 × 133 | 436 × 430 × 133 | 482 x 470 x 70 |
JPT M7 series high poweredpulsed fiber lasers make use of master oscillator power amplifier (MOPA) configuration, and show excellent laser performance as well as high level of temporal pulse shaping controllability. As compared to the Q-switching technology, the pulse repetition frequency (PRF) and pulse width can be controlled independently in MOPA configuration, through adjusting different combination of the above parameters, the peak power of laser can be well maintained. And enable JPT laser suitable for more material processing which Q-switch limited.The higher output power makes its advantages especially in high speed marking applications.
