Unit | Parameter | |||
Product Model | YDFLP-E-20-LP-S | YDFLP-E-30-LP-S | YDFLP-E-50-LP-L-R | |
M2 |
< 1.5 |
< 1.8 |
||
Armored Cable Length | m |
2 |
3 |
|
Nominal Average Output Power | W |
> 20 |
> 30 |
> 50 |
Maximum Pulse Energy | mJ |
0.8 |
1.25 |
|
Pulse Repetition Rate Range | kHz |
1 ~ 600 |
||
Pulse Duration | ns |
200 |
||
Output Power Stability | % |
< 5 |
||
Cooling Method |
Air Cooled |
|||
Supply DC Voltage (VDC) | V |
24 |
||
Maximum Power Consumption | W | <110 | <150 | <220 |
Environmental Supply Current | A | >5 | >7 | >10 |
Central Emission Wavelength |
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 | 8.2 |
Size(L×W×H) | mm | 245 × 200 × 65 | 325 × 260 × 75 |
2.Fiber lasers use fiber as the gain medium, which has a large surface area, which makes it have a good heat dissipation function and is more effective in managing the generated heat. Therefore, it has higher energy conversion efficiency than solid-state lasers and gas lasers.
3.Compared with semiconductor lasers, the optical path of fiber lasers is all composed of optical fibers and optical fiber components. The optical fibers and optical fiber components are connected by optical fiber fusion technology, and the entire optical path is completely enclosed in the optical fiber waveguide. Therefore, once the optical path is completed, it forms a main body. The separation of components is avoided, the reliability is greatly enhanced, and isolation from the outside world is achieved.
MAX LASER SOURCE
SUPER LASER SOURCE
RAYCUS LASER SOURCE