What if you could analyze cells, bacteria and particles?
– automated, and in real time?
We offer a next-generation machine vision system specifically designed to meet the needs of modern science. It offers state-of-the-art imaging combined with an advanced and easy-to-use analysis and control software.
Real-time data processing at up to 10000 frames per second makes controlling and automating experiments as well as equipment with highest temporal resolution and precision easy.
With our software, you can easily and quickly perform standard analyses such as dead and live cell counting as well as the analysis of cell morphology of unknown samples. You can also use analysis results to configure your experiment control instantly.
A few selected application fields are for example:
– Droplet-based Microfluidics
– Imaging flow cytometry
– Particle and object tracking
Our technology can assist with each stage of your experiment.
For example, you can analyse objects moving through the image field or track the position of objects with precision.
Sophisticated Analytical Interface
Our comprehensive analytical platform swiftly interprets complex data, providing in-depth characterization of samples. By evaluating over 30 parameters simultaneously—such as size, velocity, and granularity—our technology affords a nuanced understanding of cellular behaviors and responses, supported by smart, user-oriented algorithmic corrections
Advanced Imaging Interface
Sensific’s ODIN system revolutionizes imaging with its ability to capture up to 10,000 frames per second, integrating high-speed performance with real-time, high-resolution analysis. Equipped with intelligent algorithms, the system excels in a range of observation modes, from bright-field to fluorescence, ensuring precision in every frame captured.
Precise Experimental Control
The ODIN platform offers an intuitive programming interface, enabling researchers to meticulously tailor their experimental parameters. The system’s adjustable trigger outputs and experiment control settings ensure high fidelity in temporal resolution, bringing unparalleled precision to every aspect of the experimental workflow, including microfluidic chip manipulation and high-speed camera synchronisation for complex experiments.