Ever wondered which microscopy technique you should apply to obtain the best results? If you are setting a new experiment in the laboratory, we can assist you with the design, building and more.
We develop software to perform a variety of tasks, from controlling devices over the network to recording cameras with high frame rates. Our software will increase throughput and ensure reproducibility of your experiments.
An adequate analysis of your data can change your research. We develop programs to analyze large datasets, and routines to extract features of complex images. Present your results with amazing plots.
Do you struggle with the software of your setup? We offer a variety of courses specially designed for researchers that work in a lab. Learn how to control your experiment, build user interfaces and more.
Build an entire package; develop with users in mind and learn how to deploy. Focus into advanced instruments, cameras and National Instruments DAQ.
Learn everything you need to start controlling devices from your computer. Automatize tasks, improve your statistics and build user interfaces.
Git is a core resource for working in laboratories. Keep track of your documents and your software. Learn how to document your Python projects.
Control devices through the network in an easy and customizable way. Don't need to depend on one computerRead more
Quickly visualize data from an optical trap. It allows fast acquisition and customizable control.Read more
Real-time tracking and flexible platform for camera acquisition. Achieve frame rates in the range of the kHz.Read more
We use Python as our core development language. The software we develop runs in Linux, Windows or Mac PC. We use the same technology that supports desktop and mobile apps to achieve fast refresh rates, and great visualization. Our code always contains examples to help you understand it and expand your toolbox.
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