| Commercial laser (3) |  |
| Conventional laser (7) | |
| Industrial laser (4) | |
| Laser cutter (8) | |
| Laser device (5) | |
| Laser pointer (21) | |
| Laser radar (32) | |
| Laser scanner (14) | |
| Laser source (7) | |
| Optical tweezer (9) | |
| Powerful laser (29) | |
| Strong laser (3) | |
| Commercial laser (3) | |
| Conventional laser (7) | |
| Industrial laser (4) | |
| Laser cutter (8) | |
| Laser device (5) | |
| Laser pointer (21) | |
| Laser radar (32) | |
| Laser scanner (14) | |
| Laser source (7) | |
| Optical tweezer (9) | |
| Powerful laser (29) | |
| Strong laser (3) | |
and weld even through a half-inch of steel at greater efficiencies than today s industrial lasers.
Huang says Terablade represents a third generation of industrial lasers. The first generation which evolved a few decades ago was carbon dioxide lasers in
This means the Terablade operates with just as much power and brightness as all other industrial lasers about 2600 megawatts per square centimeter per steradian at roughly 40 percent efficiency.
Other customers include top global builders of industrial laser-based machines and system integrators. More broadly our vision is to revolutionize the laser industry Huang says by introducing powerful direct-diode lasers to various applications across the globe.
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