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Brooke (Beijing) Technology Co., Ltd
Multi functional two-photon imaging platform Bruker
NegotiableUpdate on 05/07
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Overview
The multi-functional two-photon imaging platform Bruker2pplus uses near-infrared/infrared laser to excite sample fluorescence, with low toxicity and high imaging depth characteristics, suitable for imaging thick living tissues and biological specimens. Bruker's two-photon products include the Investigators series and the Ultima series, with the Ultima 2Pplus featuring three scanning modes, large field imaging, multi angle rotating objective lens, mobile microscope platform, multiple light stimulation modules, and support for three photon imaging.
Product Details
Multi functional two-photon imaging platform Bruker2pplusUsing near-infrared/infrared lasers with strong penetration in biological tissues to excite fluorescent luminescent groups in the sample for fluorescence imaging. This technology has low phototoxicity and high imaging depth, making it suitable for imaging and functional research of thick living tissues (such as brain slices, intact organs) and even living biological specimens. Bruker's two-photon products mainly include the Investigators series, which focuses on high-quality in vivo imaging, and the Ultima series, which focuses on functional research in vivo. In 2018, Bruker launched the heavyweight new product Ultima 2Pplus. This set of equipment demonstrates instrument performance, ease of use, and expandability in instrument applicationsadvantage
Multi functional two-photon imaging platform Bruker2pplus：
(1) Three imaging scanning modes: conventional Galvo Scanning, Spiral Scanning, and Resonant Scanning;
(2) In terms of field of view (FOV), a large-sized optical lens group and a 6mm scanning galvanometer are used, and the imaging field of view is 3-4 times that of conventional products;
(3) There are multiple rotating objective lenses available for selection (single axis manual, multi axis manual rotation, multi axis electric), for off-axis imaging, which can image experimental samples from different angles; The upgradable mobile microscope platform, combined with a rotating objective lens, does not require sample movement, allowing it to maintain its natural physiological state and find the desired imaging field or perform multi field image acquisition.
(5) The space under the mirror is extremely large. Beneficial for expanding multiple applications.
(6) There are various light stimulation modules available, such as full field LED illumination, 1p/2p uncaging module, SLM, etc., which can be used for stimulation/imaging sequence experiments, stimulation/imaging synchronization experiments, and multi-point simultaneous stimulation/imaging synchronization experiments. The scanning optical path is optimized in the nanometer range of 400nm-1700nm, and any wavelength of light stimulation experiment within this range can be flexibly selected.
(7) Support three photon imaging.
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