FemtoFiber Ultra Mini2P

• 920 nm wavelength

• Pulse duration <150 fs (typically <130 fs)

• Output power >150 mW

• 80 MHz repetition rate

• Polarization-maintaining hollow-core fiber for Mini2P microscopes

• Automated fiber coupling with COOLAC

• Clean Pulse Technology for high-quality pulses after the fiber

• Integrated AOM for fast power modulation

• No chiller required; compact and low-maintenance design

In the FemtoFiber ultra Mini2P, we combine a polarization-maintaining hollow-core fiber suitable for a Mini2P (miniaturized 2-photon) microscope with our cutting-edge COOL technology. With COOLAC on board, fiber delivery to your Mini2P microscope and fiber exchange become effortless—no fiddling, no tweaking, no misalignment. COOLAC optimizes fiber coupling at the touch of a button and provides a safeguard monitor to make misalignment an impossibility. The FemtoFiber Ultra Mini2P also has an integrated AOM for fast power modulation, software-controlled dispersion precompensation (GDD), and our unique Clean Pulse Technology—making it the ideal femtosecond fiber laser for neuroscience applications. It's user-friendly, has great performance, and is always ready for your next in vivo experiment.

Laser Type: Femtosecond Fiber Laser Center Wavelength: 920 nm Pulse Duration: <150 fs (typ. <130 fs) Output Power: >150 mW Repetition Rate: 80 MHz Fiber: Polarization-Maintaining Hollow-Core Fiber Power Modulation: Integrated AOM, >1 MHz GDD Precompensation: -30,000 to +20,000 fs² Fiber Output: Mini2P-specific collimator Fiber Length: Up to 2 m

• Miniaturized Two-Photon Microscopy

• In Vivo Imaging

• Neuroscience

• Deep-Tissue Imaging

• FLIM

• Biophotonics Research