Application Scenario:
-Laser cutting, welding, surface treatment, microfabrication, etc. The Flat noodles laser amplifier can provide peak power (such as GW level) and high repetition rate (such as above 10Hz), which is suitable for industrial processing with high precision and high energy density.
-Military and Defense
Laser weapons, anti missile systems, LiDAR, and target detection. High power (such as 100 kilowatt level) Flat noodles laser amplifier has good beam quality (such as 1.5 times the diffraction limit), which is suitable for long-distance energy transmission and high-speed target tracking.
medical field
Application scenarios: laser surgery, skin disease treatment, ophthalmic surgery, etc. The high efficiency and stable output characteristics of crystal materials such as Nd: YAG, combined with narrow pulse width and high beam quality, can reduce thermal damage to surrounding tissues.
scientific research
Nuclear fusion research, particle accelerators, spectroscopic analysis, etc. The high energy storage capacity (such as neodymium glass medium) and wide fluorescence linewidth of Flat noodles laser amplifiers are suitable for ultrashort pulse generation.
Lidar and Remote Sensing
Atmospheric exploration, terrain mapping, space debris monitoring, etc.
High peak power (such as over 300MW) and narrow pulse width characteristics can improve detection resolution and distance.
Communication and Optoelectronics
Fiber optic communication, 5G RF filtering, nonlinear frequency conversion, etc. The compact structure and efficient heat dissipation of Flat noodles lasers (such as microchannel water cooling technology) are suitable for high repetition rate scenarios.
Product Parameters
| Max Pump Power (CW) | ≥3kW |
| Max Pump Peak Power (QCW) | ≥36kW |
| Max Pump Single Pulse Energy (QCW) | ≥7.2J@808nm,@940nm |
| Repetition Rate | 1~2000Hz |
| Remarks | Slab crystal thermal simulation analysis, crystal vacuum indium soldering service, and coupling lens shaping design available |
