

DK Photonics’ Y-Fiber series ultrafast lasers use high-performance rare earth fiber as the working medium, combined with full polarization-maintaining mode-locking technology and active servo control system, to achieve stable output of 1030/1064nm band picosecond pulse laser. It can be completely self-started and work stably for a long time. It has the characteristics of narrow laser pulse and high pulse peak optical power. This light source can be used for scientific research in the fields of high-power laser, supercontinuum, laser ranging, etc.
* Accept customization of parameters such as pulse width, power, and repetition frequency.
| Optical Parameter | Unit | Typical Values | Remark |
| Center wavelength | nm | 1030/1064 | Customizable |
| Spectral width | nm | 0.3 | Customizable |
| Pulse Width | ps | 10/20/50/100 | Customizable |
| Output average power | mW | 10~2000 | Customizable |
| Power instability | – | < ±1% | 25℃, 5 min after starting |
| Repeat frequency | MHz | 15~100 | Oscillator basic repetition frequency |
| Pulse frequency adjustable range | – | basic repetition rate / N | acousto-optic frequency reduction, minimum to 1kHz |
| Single pulse energy | nJ | >1 | |
| Polarization state | Linear polarization | ||
| Laser output type | – | PM980 fiber with FC/APC | |
| Preheat time | min | <1 |
| Electrical and environmental parameters | Desktop | Module |
| Control Mode | Button | Button |
| Synchronous electrical signal interface | SMA | SMA |
| Power Supply | 100~240V AC, <30W | 5V DC, <20W |
| Dimensions | 330(W)×398(D)×112(H)mm | 200(W)×121(D)×65(H)mm |
| Operation Temperature Range | 5~+35°C | |
| Operation Humidity Range | 0~70% | |
| ① | ② | ③ | ④ | ⑤ | ⑥ | ⑦ |
| PSPL | Wavelength | Pulse Width(fs) | Output average power (mW) | Repeat frequency | Output Type | Package Type |
| 1030/1064 | 10/20/50/100 | 10/50/200/2000 | 15/50/100 | SM: HI1060
PM:PM980 FS: Free-Space |
M: Module
B: Desktop |
If you need to customize other specifications, please provide detailed description for your requirement.