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Eigenschaften
 | This compact laser combiner platform for the FLUOVIEW FVMPE-RS multiphoton microscope can integrate a choice of VIS wavelength range diode lasers. Together with the SIM scanner unit it forms a powerful tool for advanced laser-stimulation and optogenetics experiments. All laser lines are delivered via a single broadband fiber and are controlled by an AOTF system, which delivers ultra-fast and flexible laser intensity modulation and enables the performance of advanced experiments. |
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Compact laser PlatformIt's small. It's powerful. The compact laser combiner platform is ready to adapt a choice of VIS wavelength range diode lasers. |
Choice of VIS Lasers405, 458 and 588 nm air-cooled and compact OPSL and diode lasers can be used. With powers of 20 mW and 50 mW, depending on the wavelength, there is enough power reserve for stimulation and laser manipulation experiments. |
Optimized for OptogeneticsChannelrhodopsin (ChR2) and Halorhodopsin (NpHR) are the popular choice for optogenetics experiments. With the 458 and 588 nm lasers you have the perfect match to these proteins. |
Ultra-fast and Flexible Laser ControlUltra-fast and flexible laser intensity modulation is standard with the FVMPE-RS. All laser lines are controlled by acousto-optic tunable filters (AOTFs), which enable the performance of advanced experiments. |
Single Broadband FiberAll laser lines are delivered via a single broadband fiber, which effectively removes the lateral shift between different laser wavelengths. Furthermore, the system employs UIS2 objectives, so shift in the axial direction is minimized and the system can exhibit outstanding performance. |
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Technische Angaben
| Laser unit | Optional visible light laser for stimulation | 405 nm/ 50 mW, 458 nm/ 20 mW, 588 nm/ 20 mW laser source with AOTF attenuation. 0 % – 100 %, 0.1 % increment, < 2 μs rising time. |
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