YactoOPO High-Repetition-Rate Wavelength-Tunable Femtosecond Laser Fixed-Wavelength Output
Hangzhou Yili Technology's YactoOPO is a high-repetition-rate tunable femtosecond laser for multiphoton microscopy, ultrafast spectroscopy and nonlinear optics. Continuous tuning over 700–1000 nm and simultaneous synchronized 1030 nm output provide flexible dual beams for multiwavelength excitation, pump–probe and synchronized detection. A stable OPO architecture, precision temperature control, stabilized cavity and fast locking suppress center-wavelength drift and spectral-profile fluctuations. Stable, repeatable spectra during prolonged fixed-wavelength operation and repeated cross-band tuning reduce effects on signal-to-noise ratio and data consistency. Highly integrated construction reduces environmental and coupling disturbances. Software provides fast, precise, repeatable automatic tuning without frequent alignment. Stable spectra, high repetition rate and synchronized 1030 nm output support long-term dynamic observation, quantitative imaging and ultrafast research.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Tuning Range | 1030 nm |
| Max Average Power [1] | ＞1000 mW |
| Long-term Power stability | ＜0.5% RMS over 8H |
| Wavelength Stability | <0.5 nm over 8H |
| Pulse width [2] | ＜180 fs |
| Repetition rate | 80 ± 1 MHz |
| Spatial Mode [TEM00] | M2＜1.3 |
| Spot roundness | ＞0.8 |
| Beam astigmatism | ＜20% |
| Noise [20Hz-10MHz] | ＜0.5% |
| Beam-Pointing Stability (Static) | ＜20 μrad |
| Beam Pointing (Tuning) | ＜300 μrad within the adjustable range |
| Operating environment | Temperature: 15-30℃ (stable environment), relative humidity: ＜60% (noncondensing) |
| Equipment Dimensions | 814×475×204.5 mm3 |
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Datasheet
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