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Location: ¼ø»Æʦapp Jupiter

Overview:
The Spectral Instruments Imaging AMI HT is a high-sensitivity optical imaging system for bioluminescence and fluorescence imaging of small animals, tissues, plants, and multiwell plates. The system enables sensitive detection and quantitative analysis of low-intensity optical signals, making it well suited for longitudinal in vivo studies and a wide range of preclinical imaging applications. Automated image acquisition, filter selection, and integrated analysis software provide a streamlined workflow for reproducible data collection and quantification.

Location: ¼ø»Æʦapp Jupiter

Overview:
Compact easy-to-use fluorescent microscope with high resolution monochrome CCD camera. With its fully motorized XYZ stage large samples can be captured and stitched fully automatically.

Location: ¼ø»Æʦapp Jupiter

Overview:
The Nikon A1R confocal microscope is an easy to operate imaging system, used for a wide range of imaging applications. In addition to the four standard detectors, the system is equipped with a spectral detector enabling acquisition of up to 32 channels simultaneously.

Location: ¼ø»Æʦapp Jupiter

Overview:
The Nikon A1R confocal microscope system allows for the acquisition of four fluorescent channels simultaneously. For fast image acquisition the resonant scanner can achieve scanning speeds of up to 420 fps. Mounted on an upright microscope stand, this is the preferred system for fixed sample slides.

Location: ¼ø»Æʦapp Jupiter

Overview:
The Nikon AXR confocal microscope combines fast scanning with a large field of view. Mounted on an inverted microscope stand and equipped with four laser lines and four detectors, this system offers high versatility for a wide range of imaging applications.

Location: ¼ø»Æʦapp Jupiter

Overview:
The Nikon AXR with NSPARC imaging system provides high-resolution imaging with exceptionally low noise. Its specialized detector enables an improved signal-to-noise ratio, allowing high-quality image acquisition at much lower excitation power. This helps preserve fluorescence and enables gentler imaging of live samples.

Location: ¼ø»Æʦapp Boca Raton

Overview:
This system combines confocal and super-resolution capabilities in one setup. Visualization of small intracellular structures and their function can be achieved using structured illumination (SIM) technology. The N-SIM E realizes double the spatial resolution of conventional optical microscopes (to approximately 115 nm)

Location: ¼ø»Æʦapp Jupiter

Overview:
Nikon's A1R multiphoton microscope enables high speed, deep tissue imaging in live organisms with great sensitivity and clarity. The system features an ultra-high speed resonant scanner capable of up to 420 fps.

Location: ¼ø»Æʦapp Jupiter

Overview:
The MBF Bioscience SLICE is a compact light sheet fluorescence microscope designed for rapid, high-resolution three-dimensional imaging of cleared tissues and large biological specimens. By illuminating samples with a thin sheet of light, the system enables fast volumetric imaging while minimizing photobleaching and phototoxicity. The SLICE is well suited for imaging intact organs, neural circuits, vascular networks, and other complex biological structures, providing high-quality 3D datasets for visualization and quantitative analysis.

Location: ¼ø»Æʦapp Jupiter

Overview:
For fast acquisition of large samples such as whole mouse brains, organs, or other cleared tissues, the UltraMicroscope Blaze is equipped with LightSpeed Mode. This light-sheet microscope is highly user-friendly and enables imaging of up to four different fluorescent channels.

Location: ¼ø»Æʦapp Jupiter

Overview:
The GeoMx DSP is a flexible and scalable platform for spatial biology. GeoMX is the only spatial biology platform that non-destructively profiles expression of RNA and protein from distinct tissue compartments and cell populations with an automated and scalable workflow that integrates with standard histology staining. Spatially profile the whole transcriptome and 570+ protein targets separately or simultaneously from your choice of sample inputs: whole tissue sections, tissue microarrays (TMAs), or organoids.