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fiber laser 1064

Laser Focus World - May 2015

Laser Focus World - May 2015

…gain fiber," says Wilhelm Kaenders, Toptica's president. "We have been using polarization-maintaining fiber and saturated-absorber technologies for many years and are approaching now lifetimes in excess of 30.000 h for some of our fiber solutions." The company's lasers emit at 780, 1030, 1064, or…

Laser Focus World - May 2015

Laser Focus World - May 2015

…gain fiber," says Wilhelm Kaenders, Toptica's president. "We have been using polarization-maintaining fiber and saturated-absorber technologies for many years and are approaching now lifetimes in excess of 30.000 h for some of our fiber solutions." The company's lasers emit at 780, 1030, 1064, or…

Laser Focus World - May 2015

Laser Focus World - May 2015

…in materials. Supercontinuum generation Supercontinuum light sources combine an ultrafast laser (usually a fiber laser) with an optical fiber, which could be a microstructured or photonic-crystal fiber (PCF), with a very small core diameter to intentionally cause nonlinear optical effects that…

Laser Focus World - May 2015

Laser Focus World - May 2015

…in materials. Supercontinuum generation Supercontinuum light sources combine an ultrafast laser (usually a fiber laser) with an optical fiber, which could be a microstructured or photonic-crystal fiber (PCF), with a very small core diameter to intentionally cause nonlinear optical effects that…

Laser Focus World - May 2015

Laser Focus World - May 2015

…in materials. Supercontinuum generation Supercontinuum light sources combine an ultrafast laser (usually a fiber laser) with an optical fiber, which could be a microstructured or photonic-crystal fiber (PCF), with a very small core diameter to intentionally cause nonlinear optical effects that…

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…is the fiber laser, which can be operated in CW, Q-switched and mode-locked formats. Here, laser diodes optically pump a rare-earth doped fiber, which typically emits at about 1 m. Nd:YAG, CO2, fiber and direct diode lasers are the workhorses of industrial laser applications. Direct diode lasers

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…is the fiber laser, which can be operated in CW, Q-switched and mode-locked formats. Here, laser diodes optically pump a rare-earth doped fiber, which typically emits at about 1 m. Nd:YAG, CO2, fiber and direct diode lasers are the workhorses of industrial laser applications. Direct diode lasers

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…is the fiber laser, which can be operated in CW, Q-switched and mode-locked formats. Here, laser diodes optically pump a rare-earth doped fiber, which typically emits at about 1 m. Nd:YAG, CO2, fiber and direct diode lasers are the workhorses of industrial laser applications. Direct diode lasers

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…the final output. Most commercial picosecond products are based on one of the following architectures: · A fiber laser oscillator followed by a fiber- or rod-type amplifier · A fiber laser oscillator followed by a free-space amplifier · A diode-pumped solid-state oscillator followed by a free-space…

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…the final output. Most commercial picosecond products are based on one of the following architectures: · A fiber laser oscillator followed by a fiber- or rod-type amplifier · A fiber laser oscillator followed by a free-space amplifier · A diode-pumped solid-state oscillator followed by a free-space…

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…the final output. Most commercial picosecond products are based on one of the following architectures: · A fiber laser oscillator followed by a fiber- or rod-type amplifier · A fiber laser oscillator followed by a free-space amplifier · A diode-pumped solid-state oscillator followed by a free-space…

Lasers | Photonics Handbook®

Lasers | Photonics Handbook®

…addressed by the laser type. Yb also lends itself for use as an active medium for ultrafast fiber lasers. These lasers use a diode-pumped optical fiber with an integrated mode-locking mechanism to produce 100-fs to 10-ps pulses with wavelengths around 1 mm, while fiber lasers based on Er produce…

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