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1 - 12 of 565 Products for '355 nm pulsed laser' Page 1 of 48 |

355 nm pulsed laser

Picosecond laser

Picosecond laser

…connections Returns all active connections to the laser ?SH STR h Get seeder operating hours Returns the seeder lifetime (operating hours) ?SHGS INT -- Get SHG temperature TEC state Returns the status of the SHG temperature servo (532 and 355 nm models only): 0: if the servo is open 1: if the servo…

Picosecond laser

Picosecond laser

…to 532 nm (SHG, green) and 355 nm (THG, UV) is optionally possible. The output for IR, SHG and THG are spatially separated and optionally switchable via software. Furthermore an optional external process shutter (AOM) can be integrated. Laser system optical power (up to value) pulse energy [µJ]…

Picosecond laser

Picosecond laser

…to 532 nm (SHG, green) and 355 nm (THG, UV) is optionally possible. The output for IR, SHG and THG are spatially separated and optionally switchable via software. Furthermore an optional external process shutter (EOM) can be integrated. Laser system optical power (up to value) pulse energy [µJ]…

Picosecond laser

Picosecond laser

…to 532 nm (SHG, green) and 355 nm (THG, UV) is optionally possible. The output for IR, SHG and THG are spatially separated and optionally switchable via software. Furthermore an optional external process shutter (AOM) can be integrated. Laser system optical power (up to value) pulse energy [µJ]…

Picosecond laser

Picosecond laser

…to 532 nm (SHG, green) and 355 nm (THG, UV) is optionally possible. The output for IR, SHG and THG are spatially separated and optionally switchable via software. Furthermore an optional external process shutter (EOM) can be integrated. Laser system optical power (up to value) pulse energy [µJ]…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…extremely smooth sidewalls can be produced in silicon with picosecond lasers with wavelengths of 1064 nm, 532 nm and 355 nm - see Figure 5 and 6. Figure 5. Trepanned hole in silicon using 355 nm pulses However, since the laser beam must be trepanned (moved in a circular path), the throughput is…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…extremely smooth sidewalls can be produced in silicon with picosecond lasers with wavelengths of 1064 nm, 532 nm and 355 nm - see Figure 5 and 6. Figure 5. Trepanned hole in silicon using 355 nm pulses However, since the laser beam must be trepanned (moved in a circular path), the throughput is…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…extremely smooth sidewalls can be produced in silicon with picosecond lasers with wavelengths of 1064 nm, 532 nm and 355 nm - see Figure 5 and 6. Figure 5. Trepanned hole in silicon using 355 nm pulses However, since the laser beam must be trepanned (moved in a circular path), the throughput is…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

…extremely smooth sidewalls can be produced in silicon with picosecond lasers with wavelengths of 1064 nm, 532 nm and 355 nm - see Figure 5 and 6. Figure 5. Trepanned hole in silicon using 355 nm pulses However, since the laser beam must be trepanned (moved in a circular path), the throughput is…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences 1 True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences OPSL (Optically-Pumped Semiconductor Laser) technology now provides the ideal combination of output power, operational simplicity and compact reliability for…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences 1 True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences OPSL (Optically-Pumped Semiconductor Laser) technology now provides the ideal combination of output power, operational simplicity and compact reliability for…

Laser Based Electronics Manufacturing

Laser Based Electronics Manufacturing

True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences 1 True Continuous-Wave Ultraviolet (355 nm) Lasers for Life Sciences OPSL (Optically-Pumped Semiconductor Laser) technology now provides the ideal combination of output power, operational simplicity and compact reliability for…

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