Luminos
Instruments
Luminos
LUMINOS (Lab Unit for INtensity and Optical Stimulation) is a compact, fully programmable optical control system designed for cutting-edge research in optogenetics, protein activation, and material sciences. Featuring independent control of multi-colored light source, LUMINOS offers real-time precision and experimental flexibility.
Developed by Medic Tech, this modular illumination system empowers scientists to define light stimulation protocols via a no-code, drag-and-drop software interface compatible with both Windows and Linux. Whether you’re conducting behavioral studies in model organisms or exploring protein photoactivation, LUMINOS is your versatile light delivery platform.
| Fully automatic | Yes |
|---|---|
| Hardware | The LUMINOS 2.5V system is a modular optical illumination unit featuring independently controlled multi-colored light channels. Each channel supports adjustable intensity, time-based illumination sequences, and dynamic color patterning, enabling precise and flexible optical stimulation. Designed for both benchtop and portable applications, LUMINOS offers robust performance and reliability for diverse laboratory environments. |
| Light Source | LED based, multi colored light source |
| Portability | Yes |
| Software | LUMINOS comes with a dedicated desktop software that offers an intuitive, drag-and-drop interface for designing and executing illumination protocols. Users can create custom sequences with precise control over Light source color, intensity, duration, and delays. The software supports real-time start, pause, resume, and stop functions, with options to save, load, import, and export protocols for repeatable experiments. Compatible with Windows and Linux systems, it ensures seamless communication with the hardware over USB, making it ideal for research labs requiring flexible and user-friendly light stimulation control. |
| SKU | luminos |
- Optogenetics experiments
- Protein photoactivation
- Cell biology & neuroscience
- Fluorescence modulation studies
- Circadian rhythm research
- Behavioral assays in model organisms
- Photodynamic therapy research (PDT)
- Biosensor excitation, educational labs
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