LED UV Transilluminator-

LED UV Transilluminator

CUV 50/60 The next-generation CUV Series LED UV Transilluminator redefines nucleic acid gel electrophoresis observation and analysis with its slim design, long lifespan, and exceptional performance. Say goodbye to traditional UV tubes, the brand new...

IVScope 8000Pro Series-

IVScope 8000Pro Series

Small Animal In Vivo Imaging System The IVScope 8000Pro Small Animal In Vivo Imaging System builds upon the excellent performance of its predecessor with an upgraded design and enhanced capabilities. The system features a classic black-and-white aest...

IVScope 8000M Series-

IVScope 8000M Series

Full-Spectrum Small Animal In Vivo Imaging System The IVScope 8000M Series Full-Spectrum Small Animal In Vivo Imaging System delivers high sensitivity and ultra-low noise imaging across the visible, NIR-I /NIR-II spectrum. Built with durable ABS and ...

RAM1000-RAM1000

RAM1000

RAM1000

RAM1000 integrated gas anesthesia machine is an inhalation anesthesia machine specially designed for small animals, which is an important auxiliary equipment for small animal in vivo imaging system.

ChemiScope 6000 Series-

ChemiScope 6000 Series

When conducting Western blot experiments using traditional methods, the final step requires ECL detection in a darkroom. Creating a darkroom not only wastes space but also involves complex exposure processes and handling toxic chemicals for X-ray film development. The ChemiScope 6000 series imaging system, with its high-sensitivity detection camera, intuitive interface, and user-friendly design, eliminates the need for a darkroom and makes chemiluminescent detection easy and straightforward.

ChemiScope S7-

ChemiScope S7

ChemiScope S7 is a high-performance imager for most advanced application. It features photon non-destructive imaging technology enabling unrivaled levels of sensitivity with minimal background, allowing users to see previously undetectable levels of protein and nucleic acid, and providing high quality data in applications that demand high sensitivity over wider dynamic range.

IVScope 8000X Series-

IVScope 8000X Series

IVScope 8000X series in vivo small animal imaging system is a high-performance imaging system designed for preclinical research, which is capable of fluorescence, luminescence and X-ray imaging, delivering high sensitivity and resolution and absolute X-ray radiation safety. By combining high-resolution X-ray images with high-quality optical images, researchers can obtain functional and biological data to improve study designs and enhance decision making, deepen your understanding of disease mechanisms, disease progression and therapeutic responses.

GenoSens 2000 Series-

GenoSens 2000 Series

GenoSens 2000 series gel documentation and analysis system is mainly used for the analysis of nucleic acid and protein gel electrophoresis images. The high resolution and high sensitivity camera can ensure the excellent results in low light conditions. Its fully automated and highly programmable compute control simplifies the operation and make it easy of use. The comprehensive gel image capture and analysis software helps researchers to accurately and efficiently obtain gel image and analysis results.

IVScope 7000 Series-

IVScope 7000 Series

Plant In Vivo Imaging System IVScope7000 is a high performance imaging system dedicated to bioluminescence and fluorescence detection for plants. Equipped with a high-sensitivity deeply-cooled camera and large aperture inside the light tight cabinet,...

IVScope 8000 Series-

IVScope 8000 Series

The IVScope8000 series small animal in vivo imaging system is designed for detecting bioluminescence and fluorescence signals in living animals, allowing the recording of spatial and temporal changes in target signals within the organism. Equipped with a highly sensitive CCD camera and a large aperture lens housed in a sealed dark box, it enables the detection of weak luminescence signals emitted by living animals. Additionally, its temperature control and anesthesia systems ensure that experiments are conducted under optimal physiological conditions, providing highly reliable and reproducible experimental data.