Pulsed Fiber Laser L15208-01 ■ Features ● 1030 nm ultrashort pulse fiber laser ● Oscillators and amplifiers composed of all-polarization-maintaining fibers ● Compact size with integrated control driver (AC adapter driven) ● Air cooling control ● Use of LDs, optical fibers and others with in-house production. ■ Applications ● Two-photon excitation fluorescence imaging ● Time-resolved spectrometry ■ Outline Femtosecond pulse laser with outstanding cost performance with in-house production of key components. An average output power of 2 W is achieved with a pulse width of 200 femtoseconds or less. In addition, both the oscillator and amplifier sections are composed of polarization-maintaining fibers, making them high stability and compact with fewer space transmission parts in the laser. ■ Specification Parameter Wavelength Average output power Repetition rate Pulse width (FWHM) Output type Polarizaition Beam diameter (1/e2) Value 1030 2 40 200 Free space Linear (vertical) <1 * This light source is designed for installation. When using the product, evaluate the safety performance of the entire device and take appropriate measures. ■ Environment Parameter Operating temperature Storage temperature Operating humidity Storage humidity Operating location Value +15 to +30 +5 to +50 < 80 = < 80 = Indoors at an altitude of up to 2000 m Figure 1: Average output power fluctuation Figure 2: Pulse width measurements (autocorrelation measurement) 130 fs (assuming sech2) Signal intensity (arb. unit) Average output power (W) Experimental plots Fitting curve

Pulsed Fiber Laser L15208-01 Figure 4: Cross-sectional images of MCD-7 spheroids Figure 3: Spectrum example using two-photon excitation microscopy Spectral Intensity (arb. unit) Figure 5: Fixed brain slice sample images using two-photon excitation spinning disk microscopy 60 ％ thiodiethanol solution-immersed Thy1-YFP-H mouse brain slices were observed by two-photon excited spinning disc confocal microscopy. Field of view 180 µm × 180 µm, depth 200 µm. Data provided by: Mr. Mitsutoshi Ataka, Assistant Professor Kohei Otomo (Research Institute for Electronic Science, Hokkaido University, National...

Pulsed Fiber Laser L15208-01 Figure 7: Front / rear view i qPower switch wStarting switch with key eDC power supply jack rSMA connector tDsub 9 pin connectors yInterlock external control terminal uPedestal post iEmergency stop switch oStatus display LED !0Emission switch !1Exit port !2Fan Danger (Class 4 Laser) Invisible laser radiation: Avoid eye or skin exposure to direct or scattered radiation ●Laser beam emitted from this product is an invisible laser beam that cannot be seen by the naked eye. This product is a classifying of laser products by IEC 60825-1 and falls under class 4 laser. To...