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UltraMicroscope II Light Sheet Microscope
Digital Microscope Video MicroscopeMicroscopy and Laboratory Microscopes

UltraMicroscope II Light Sheet Microscope

Manufacturer: Miltenyi Biotec

SKU: UltraMicroscope II

5.0 (2)

Description

The UltraMicroscope II is a light sheet fluorescence microscope configured for generating detailed three-dimensional images of large biological samples, including whole organs, embryos, and cleared tissues. It provides two primary optical configurations: a Zoom Body Module, which offers a magnification range from 1.26x to 12.6x and is suited for multi-user environments due to its ease of use, and a Super Plan Module, which delivers higher resolution with a magnification range from 0.66x to 30x. The system supports both unidirectional and bidirectional illumination schemes. The light source can be either a laser module with up to five specific laser lines (405 nm, 488 nm, 561 nm, 639 nm, 785 nm) or a supercontinuum white light laser covering a broad spectrum from 460 to 800 nanometers. A notable feature is the automated compensation for refractive index, which allows the microscope to maintain image quality when used with various tissue clearing protocols and imaging media. This flexibility facilitates the visualization of entire biological systems, from an overview down to cellular resolution, making it a tool for research in fields requiring large-volume 3D imaging.

Specifications

ItemUltraMicroscope II Light Sheet Microscope
CompanyMiltenyi Biotec
Catalog NumberUltraMicroscope II
QuantityEA
TypeCell Imaging System, Digital, Fluorescence Imaging, Light Sheet Microscope
Total Magnification1.26x to 12.6x (Zoom body config)0.66x to 30x (Super plan config)
IlluminationUni- and bidirectional
Light SourceLaser module (max. 5 laser lines): 405 nm, 488 nm, 561 nm, 639 nm, 785 nm OR Supercontinuum white light laser: 460 to 800 nm
ApplicationsFluorescence imaging of large (mm-sized) specimens, Detection and localization of single cells in entire biological systems, Large-scale 3D visualization of structural features and networks under normal and pathological conditions, Time-lapse LSFM
ObjectivesZoom body configuration: 2 x NA 0.5 (diagonal FOV 1.7 to 17.6 mm) Super Plan configuration: 1.1 x NA 0.1, 4 x NA 0.35, 12 x NA 0.53 (diagonal FOV up to 33 mm with 1.1x) Total magnification : 1.26x to 12.6x (Zoom body config), 0.66x to 30x (Super plan config)
Sample TypeOganoids, rodent organs, mouse embryos, mouse brain, larvae, tumors, tissue sections, biopsies etc. Sample size up to approx. 1 cm
Detector(s)Camera-based (sCMOS) 5.5 Megapixel with 100 fps and 60% quantum efficiency OR 4.2 Megapixel with 100 fps and 82% quantum efficiency