Oscillators

Fiber Femtosecond

Wavelength Pulse duration Average power Pulse energy Repetition rate
YFOA 1030...1053 nm <200 fs...300 ps 50 mW...20 W 1.5...300 nJ 65+/-5 MHz
ANTAUS 1030-1050 nm <250 fs >20 W >20 uJ up to 5 MHz
PErL 1560/790 nm 50 fs...5 ps >200 mW up to 2 nJ 30...100 MHz
EFO 1560±10 nm 50 fs...5 ps 10 mW...5 W 0.15...70 nJ 25...80 MHz
EFOA-SH 780/1560 nm 80...120 fs 200/440 mW 3/6.8 nJ 65 MHz
EFOA-UB 1100-2000 nm - >150 mW 3 nJ 50...70 MHz
EFOA-SH-UB 780/1560/1100-2000 nm <150 fs 50/150/130 mW 0.7...2.1 nJ 70 MHz
EFO-COMB 520-2200 nm - up to 250 mW 3.85 nJ Frep 100 MHz
ALock

Ti:Sapphire Femtosecond Lasers

Tuning range Pulse duration Average power Pulse energy Pulse repetition rate
TiF-DP 760-840 nm <20...100 fs 200 mW >2 nJ 90±10 MHz
TiF-SP 750-860 nm <12...50 fs 230...1300 mW 3...15 nJ 80±10 MHz
TiF-50 725-970 nm <50 fs up to 1 W up to 14 nJ 80 MHz
TiF-100 715-980 nm <100 fs up to 1.6 W up to 20 nJ 80 MHz

Yb-Doped Solid-State Femtosecond

Wavelength Pulse duration Average power Pulse energy Pulse repetition rate
TEMA 1050 nm 70...150 fs up to 7 W 28...100 nJ 80 MHz
TEMA-DUO 525/1050 nm <100…150 fs up to 3/7 W up to 42/100 nJ 80 MHz

Cr:Forsterite Femtosecond

Tuning range Pulse duration Average power Pulse energy Repetition rate
CrF 1230-1270 nm 35...140 fs 400...800 mW 4...20 nJ 30...96 MHz

Parametric Femtosecond Generators

Tuning range Pulse duration Average power Pulse energy Pulse repetition rate
TOPOL 715-2050 nm; 2230-4200 nm 150...250 fs up to 1200 mW >10 nJ 80 MHz

Multi-Channel Femtosecond Solid-State

Wavelength Pulse duration Average power Jitter btw. channels Pulse repetition rate
Tricolor 1050 / 525 / 800 nm 100-200 fs >1000 / 300 / 300 mW <1 fs 70 MHz

Femtosecond and CW Kits

Tuning range Pulse duration Average power Pulse energy Pulse repetition rate
Laser Kits 720-980 / 1240-1270 nm 15...100 fs up to 1 W up to 20 nJ 20...100 MHz

Continuous Wave and Diode Lasers

Wavelength Average power Bandwidth Operating principle Output type
TiC 690-1060 nm up to 1.8 W 2...45 GHz Ti:S crystal free-space/fiber-coupled
TEMA-CW 1010-1070 nm up to 7.5 W <45 GHz Yb-doped crystal free-space/fiber-coupled
CrF-CW 1190-1330 nm up to 900 mW <45 GHz Cr:F crystal free-space/fiber-coupled

Latest News

LASER World of Photonics China (March 20-22, 2019, Shanghai)

Avesta is participating in LASER World of Photonics China (March 20-22, 2019, Shanghai), our location is Hall W3, booth #3173. Feel free to drop by to discuss any ongoing and potential cases, new products and latest development efforts.

New Year Holidays Schedule 2019

Avesta team will be on the New Year and Orthodox Christmas break from 30 Dec 2018 till 08 Jan 2019. The last working day is 29 Dec 2018 (Sat) and the first working day in 2019 is 09 Jan 2019 (Wed). Happy holidays!

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