🔬Spotlight :

Revolutionizing Photosynthetic Research with High-Throughput Automation

Scientists have developed an automated lighting system that streamlines the study of photosynthetic microorganisms. Integrating with lab automation, it enables rapid cultivation and screening of thousands of microalgae cultures under controlled light. By optimizing growth and identifying bioactive compounds, this tool advances research in biomanufacturing and carbon fixation—shedding new light on microbial innovation!

Here's a breakdown of the key improvements:

✅ Screen More, Faster – Process up to 19,200 samples at once in microplates, drastically outpacing traditional methods.

✅ Effortless Lab Integration – Designed to work seamlessly with robotic systems, streamlining workflows for automated screening.

✅ Precision Lighting Control – Custom LED arrays deliver even, adjustable illumination for reliable experiments.

✅ Scalable & Modular – Expand screening capacity with easily configurable LED arrays and microplates inside standard incubators.

✅ Versatile Applications – Supports a wide range of assays, from growth analysis to pigment and fluorescence studies.

✅ Affordable Innovation – Built with cost-effective components for under $10,000 CAD, making advanced screening more accessible.

✅ Customizable for Any Lab – Modular design and 3D-printable parts allow easy adaptation to different research needs.

This cutting-edge system accelerates discoveries in biomanufacturing and carbon fixation, bringing new possibilities to photosynthetic research.

🎙️Podcast Overview (Click Here)

💡Pro Tip For Aspiring LabRatz!

Pipetting is like precision art—don’t rush it! Keep that pipette steady, avoid any air bubbles, and always go slow to ensure you’re getting the exact volume—because accuracy is your masterpiece!