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Sub-millimeter image resolution is achieved through the combination of monolithic scintillators, the latest photon counting technology and GPU-based event positioning, and iterative image reconstruction. The 5-ring configuration ensures best-in-class sensitivity over a field of view that is adequate for whole-body mouse and rat imaging at a high count rate. In-house hardware enables dynamic and gated studies. Intuitive, wireless acquisition software, combined with our multimodal small-animal bed

The γ-CUBE is our high-sensitivity, high-resolution SPECT imager for whole body mouse and rat imaging.

The light weight of this self-shielded imaging unit makes it a truly mobile in-vivo scanner. Advanced workflows, such as gated and dynamic contrast enhanced imaging, can be achieved in a functional and integrated setup. Our iterative reconstruction techniques are available in standard as well as in expert user mode. Intuitive, wireless acquisition software, combined with our multimodal small-animal bed.

Bioluminescence, Fluorescence, Cerenkov and Brightfield Imaging Optional X-ray and Quantitative 3D Imaging and Analysis Unrivaled Sensitivity and Minimum Detectable Radiance Cutting edge LED Fluorescence Illumination Industry leading FOV and High Throughput

The flflexible hand-held probe of the FIVE2 images can be captured at any angle with sub-micron resolution Image resolution is 0.55µm lateral and 5.1µm Axial vary image depth in the Z-Axis:up to 400 microns(tissue dependent) Thin optical sections enable reconstruction of 3D tissue structure in remarkable detail

Most compact & portable plug&play turn-key widefield and two-photonmicroscope in the market. Combines high-performance wide field epi-fluorescence and multiphoton imaging in a single fully flexible 360-frontend (scanhead). Precise motorized scanhead motion for imaging at oblique angles. Effortless transition from upright to inverted imaging.

Imaging wavelength 660-1064 nm / 660-2300 nm, NIR-I & NIR-II full-band continuous imaging X-Y-Z isotropic resolution of 3D space is 150 μm Light absorption contrast 0.03 [1/cm] (~1pmole of ICG) Full field imaging of mouse body and brain (40 mm x 40 mm x 40 mm) Imaging depth > 4.5cm@mouse

Fastest scan time-3.9sec Scan time Highest resolution-2.8µm Pixel size Largest field of view-16 Mp CMOS Camera Mouse and Rat Cassettes Touchscreen Control ON-SCREEN REAL-TIME DOSE METER Integrated physiological monitoring

Versatility UltraShielded and Refrigerated Maximum Space ?

Maxwell Magnet Technology No liquid helium filling combined with 3 Tesla, 7 Tesla, and 9.4 Tesla field strengths Self-monitoring Push button auto-cooling and auto-charging for maximum uptime Compact Small footprint, self-shielded magnet for maximal siting possibilities in small and/or BSL areas

A label-free high-content system Livecyte changes what's possible to measure using live cell assays

Image adherent and suspension cells and 3D cell structures in 6- to 384-well flat bottom and round bottom plates Automatically and consistently acquire and analyze 1,000’s of phase contrast and bright-field images at 4x, 10x, and 20x Characterize cells and organoids with time series scans with 100+ focal planes 2 µm to 50 µm apart (user-selectable) with a z-range of 4.0 mm High-throughput imaging with up to 50 microplates.

Time saving & independence--Rapidly optimize your experimental conditions yourself. High Flexibility--Download any images you want to structure and/or functionalize your substrate. Versatility--Use your regular cell culture substrates: flat or microstructured, stiff or soft.

Super-resolution (120nm) imaging with 40x 1.4NA objectives. Higher sensitivity and higher signal-to-noise ratio Low phototoxicity and photobleaching, suitable for long time imaging of living samples Larger FOV without increasing acquisition time. Excellent add-on to any widefield microscope.

Using slit apertures to construct a confocal imaging system Fast scanning speed with low phototoxicity and photobleaching Better resolution for deep 3D imaging & 16x brighter than spinning disk Suitable for long time imaging of living samples Excellent add-on to any widefield microscope.

Flexible configuration high analysis speed, high sensitivity Support high speed automatic 40 tube /96 well plate injection Intelligent mixing, intelligent washing, fixed optical path without calibration Compatible with both volumetric and microsphere methods for absolute counting

Easy to use, intuitive, simple acquisition software increases productivity Compact design contains multiple, fully integrated functions CSU W-1 confocal spinning disk technology results in higher scanning speeds and higher quality images Systems open platform allows for integration for laboratory automation Supports the CellPathfinder high content analysis system

Spinning Disk Technology result in higher scanning speeds and higher quality images Real time Confocal, label-free imaging for Live and Kinetic experiments High throughput increases efficiency Reliable, proven technology

Fluorescence/luminescence plate imager using a high sensitivity two-dimensional sensor (camera） Measurement under uniform conditionswith no time lag by simultaneous additionand reading in all 96 or 384 wells

The SS2000 is a subcellular sampling system. Automatically sample specific regions of cells or whole cells without any damages. Image and analyze the cells with a confocal microscope simultaneously.

Single - cell targeting with direct delivery into nucleus or cytoplasm. Minimal damage to cells. Automated, high speed, and high success rate.

Minimum sample volume = 100 µl Advanced thresholding capabilities enable accurate analysis of translucent particles Auto-rinse and clean cycles prevent cross-contamination Typical analysis rate = 250 µl/min Compatible with FlowCam Automated Liquid Handling system (ALH)

Capture, stain, and acquire fluorescent multiplexed high-dimensional images of rare cells. Starting from whole blood. Down to a single live cell. Characterize the target cells with 7 markers or run an expanded Boost panel for up to 13 markers.

The MA900 from Sony meets the needs of most sorting applications, supporting 12 fluorescence parameters and 4-way sorting.

The Sony SA3800 spectral cell analyzer incorporates advanced electronics and patented optical technologies to provide excellent analytical data. Its many automated features deliver true workflow simplicity.

Localize RNA transcripts at a sub-cellular level. Directly map and quantify the spatial distribution of hundreds to tens of thousands of RNA species in individual cells, without the need for downstream sequencing. RNA and protein co-detection. Support for two different flow cell sizes optimizes cost per sample. Samples include fresh, fixed frozen, or FFPE human and mouse tissue. A complete end-to-end spatial genomics solution.

Integrated design Compact structure Automatic imaging Wide application Easy installation ?Internet available

High resolution, high sensitivity CCD UV Transilluminator with single or dual wavelength ?UV observation window

Integrated design Compact structure Automatic imaging Wide application Easy installation Internet available

High resolution,high sensitivity and easy operation. High QE CCD Wide dynamic range ?Multiple light sources: epi-red,green and blue

A compact and advanced imaging system specially designed for chemiluminescent and fluorescent samples imaging.

High quality CCD camera, high definition micro monocular lens, to provide you with stable and highest quality images. ?The high-precision four-slide guide is combined with the micro-stepper motor for the best focus and field of view repeatability. Unique shadowless dual light source system.

Fully Automatic High throughput Low cost Multiple channels High precision ?Customization

Higher safety Better excitation effect Excellent applicability ?Simple operation

Machine warranty 5 years (except small accessories), simple operation mode, easy to use, streamline design. 13×13cm2 large glue making area, line up sample adding, so that the sample separation is clearer, multiple sample adding hole point Maker is more free, PCR electrophoresis is more convenient and fast. The power cable connection module is designed with a buckle, which is environmentally friendly and durable and easy to replace. The electrode holder is a clip replacement method, leak-proof

Utilize 254nm, 302nm and 365nm UV excitation light source and big size UV protective cover, you do not need dark room to observe and operate samples.

UV wavelength:254nm/302nm/365nm Exposure time range: 0-9999 sec ，40 W Exposure energy setting, Digital display Exposure time setting, Digital display Aluminum polished UV exposure chamber UV viewing observe

27x22cm large area allows it to be applied for transfering multiple sizes of gels, including large size two-dimensional electrophoresis gels. Rapid transfer: It enables highly efficient and rapid transfer in as little as 10-30 minutes. ?Semi-dry transfer: Buffer tank and gel holder cassette aren't needed. Rapid, economical and stable

Imported in original package Reliable quality Serum imported from Australia and South America ?Endotoxin content can be <1 EU/ml or < 3 EU/ml

High Efficiency Wide Application Low Cytotoxicity ?High Biological Stability

The CCK-8 kit is a WST-8 based rapid, highly sensitive assay for cell proliferation and cytotoxicity, and is a perfect alternative to the MTT assay.

High Sensitivity High Signal-Noise Ratio Low Background Extended Signal Duration No Optimization Required ?Save Antibodies

Sub-millimeter image resolution is achieved through the combination of monolithic scintillators, the latest photon counting technology and GPU-based event positioning, and iterative image reconstruction. The 5-ring configuration ensures best-in-class sensitivity over a field of view that is adequate for whole-body mouse and rat imaging at a high count rate. In-house hardware enables dynamic and gated studies. Intuitive, wireless acquisition software, combined with our multimodal small-animal bed

The γ-CUBE is our high-sensitivity, high-resolution SPECT imager for whole body mouse and rat imaging.

The light weight of this self-shielded imaging unit makes it a truly mobile in-vivo scanner. Advanced workflows, such as gated and dynamic contrast enhanced imaging, can be achieved in a functional and integrated setup. Our iterative reconstruction techniques are available in standard as well as in expert user mode. Intuitive, wireless acquisition software, combined with our multimodal small-animal bed.

Bioluminescence, Fluorescence, Cerenkov and Brightfield Imaging Optional X-ray and Quantitative 3D Imaging and Analysis Unrivaled Sensitivity and Minimum Detectable Radiance Cutting edge LED Fluorescence Illumination Industry leading FOV and High Throughput

The flflexible hand-held probe of the FIVE2 images can be captured at any angle with sub-micron resolution Image resolution is 0.55µm lateral and 5.1µm Axial vary image depth in the Z-Axis:up to 400 microns(tissue dependent) Thin optical sections enable reconstruction of 3D tissue structure in remarkable detail

Most compact & portable plug&play turn-key widefield and two-photonmicroscope in the market. Combines high-performance wide field epi-fluorescence and multiphoton imaging in a single fully flexible 360-frontend (scanhead). Precise motorized scanhead motion for imaging at oblique angles. Effortless transition from upright to inverted imaging.

Imaging wavelength 660-1064 nm / 660-2300 nm, NIR-I & NIR-II full-band continuous imaging X-Y-Z isotropic resolution of 3D space is 150 μm Light absorption contrast 0.03 [1/cm] (~1pmole of ICG) Full field imaging of mouse body and brain (40 mm x 40 mm x 40 mm) Imaging depth > 4.5cm@mouse

Fastest scan time-3.9sec Scan time Highest resolution-2.8µm Pixel size Largest field of view-16 Mp CMOS Camera Mouse and Rat Cassettes Touchscreen Control ON-SCREEN REAL-TIME DOSE METER Integrated physiological monitoring

Versatility UltraShielded and Refrigerated Maximum Space ?

Maxwell Magnet Technology No liquid helium filling combined with 3 Tesla, 7 Tesla, and 9.4 Tesla field strengths Self-monitoring Push button auto-cooling and auto-charging for maximum uptime Compact Small footprint, self-shielded magnet for maximal siting possibilities in small and/or BSL areas

High-Resolution Behavioral and Metabolic Phenotyping Systems for Rodents.

These lab automation systems which are used in High Throughput Screening (HTS) protocols are designed to move SBS-footprint microtiter? plates around a workcell, place and remove them from microplate stacks and microplate nests of other devices, such as liquid handlers, microplate readers, incubators, etc in life science laboratories.

Hudson’s Micro10x? Reagent Dispenser provides a combination of fast filling speeds, high accuracy, and extreme flexibility ordinarily found only among large, expensive liquid handling robots.

Reduce tip blocking and improve assay data Reduce the long-term costs of consumables Reduce assay volumes, without compromising on accuracy and precision

The SOLO takes minutes to learn to use Easy-to-use, agile and flexible software As precise as any ‘big deck’ robotic liquid handling system

The RapidWash? high-speed microplate washer for 96-well and 384-well microplates offers high throughput washing for ELISAs, cellular assays, and other processes requiring washing and aspirating.

Hudson Robotics can create the ideal workcell to meet your synthetic biology protocols – from DNA isolation, to gene construction and incorporation, through protein expression and protein-based assays.

This unique, easy-to-use and flexible workcell with automated pipettor, reagent dispenser and microplate washer enables you to perform complete ELISA sample preparation for your reader.

RapidPick? Colony Picking Systems are the only fully automated high-throughput microbial colony picking workcells. They deliver performance and precision unparalleled in the Life Science industry.

Stacking your microplates Delivering them to a track Move them from one instrument nest to another Ensure they’re properly aligned for liquid handling or movement by the PlateCrane

High-Throughput, Accurate Printing and Placement of Barcodes on Microplates