Advanced Optical Imaging Systems for Modern Life Science Research
BLT develops advanced optical imaging systems designed to support cutting-edge research in life sciences. By combining highly sensitive photon detection technologies with robust hardware and intuitive software, BLT solutions enable researchers to visualize and analyze biological processes with exceptional clarity.
These imaging platforms are widely used in molecular biology, biomedical research, and plant science, supporting applications from routine laboratory documentation to advanced in vivo imaging studies. The systems allow scientists to capture, quantify, and interpret biological signals with high sensitivity and reliability.
With a strong focus on innovation and practical usability, BLT imaging solutions help laboratories improve research efficiency while gaining deeper insight into complex biological mechanisms.
You can explore the available solutions by selecting from the four main product categories below.
Gel and Blotting Imaging System
BLT Gel and Blotting Imaging Systems provide reliable and high-resolution imaging for routine molecular biology applications. These systems are designed for the visualization and documentation of DNA, RNA, and protein gels, as well as Western blot membranes.
Equipped with sensitive cameras and optimized illumination modules, the systems ensure clear detection of fluorescence and chemiluminescence signals. Advanced imaging software allows researchers to capture, analyze, and quantify bands with high accuracy, making the systems ideal for applications such as nucleic acid electrophoresis, protein analysis, and laboratory documentation.
The combination of precise imaging, simple operation, and robust design makes these systems a dependable solution for laboratories performing routine gel and blot analysis.
Animal 2D In Vivo Imaging System
BLT 2D In Vivo Imaging Systems enable researchers to visualize biological processes in living animals using sensitive optical detection technologies. These systems are commonly used in biomedical research to study gene expression, tumor progression, infection models, and drug responses.
The system detects bioluminescent and fluorescent signals from within the animal body, allowing non-invasive monitoring of biological activity over time. High-sensitivity cameras and advanced optical filters ensure accurate detection even at very low signal levels.
By providing real-time imaging of physiological processes, the BLT 2D In Vivo Imaging System helps researchers better understand disease mechanisms and evaluate therapeutic strategies in preclinical studies.
Animal 3D In Vivo Imaging System
BLT 3D In Vivo Imaging Systems take optical imaging to the next level by enabling three-dimensional reconstruction of biological signals inside living organisms. This technology allows researchers to determine not only the intensity but also the spatial location of bioluminescent or fluorescent signals within the animal body.
Using advanced algorithms and multi-angle image acquisition, the system reconstructs volumetric data that provides deeper insight into biological processes such as tumor growth, metastasis, and targeted drug delivery.
The 3D capability significantly improves the accuracy of signal localization and quantification, making these systems particularly valuable for advanced preclinical research and translational biomedical studies.
Plant In Vivo Imaging System
BLT Plant In Vivo Imaging Systems are specifically designed for non-destructive imaging of biological processes in plants. These systems allow researchers to study gene expression, pathogen interactions, and physiological responses in living plant tissues.
With sensitive fluorescence and luminescence detection, the system can monitor biological signals within leaves, roots, and whole plants without the need for destructive sampling. This enables longitudinal studies where plant development and stress responses can be observed over time.
BLT plant imaging systems support research in plant biology, agriculture, and biotechnology, providing valuable tools for studying plant metabolism, disease resistance, and environmental adaptation.
