Advance your research with QPC Opto 465 for reproducible optogenetic stimulation of ion channels and chemistry

With QPC Opto 465, you gain precise, light control of your experiments, enabling advanced studies of optogenetic light-gated ion channels and light-sensitive chemistry. Seamlessly integrated with QPatch Compact, the QPC Opto 465 integration kit ensures accuracy, consistency, and high-quality data with minimal variability. Combining the power of automated patch clamp and reproducible optogenetic stimulation, chemists and scientists can reveal new insights into cellular excitability, ion channel function, and pharmacology. QPC Opto 465 expands experimental capabilities, accelerates drug discovery, and empowers scientists to explore light-sensitive ion channel biology with precision and efficiency.

• Precise optogenetic stimulation – Adjustable blue-light intensity allows controlled, reproducible activation of light-gated ion channels, light-sensitive chemistry, and light-sensitive internal biological processes, ensuring high-quality results.
• Targeted well-by-well control – Single-well stimulation ensures accurate correlation between light input and cell response, supporting clear and interpretable data analysis.
• Seamless experiment tracking – Manual stimulation with guided tracking simplifies setup, reduces user error, and supports consistent experiment execution.
• Precision light delivery – The custom Opto-pen ensures an accurate, leak-free light application, with timing controlled and logged by QPatch Compact software for reliable, reproducible data.
• Easy scalability for more wavelength options – Built for flexibility, the QPC Opto 465 can be upgraded to additional wavelengths, expanding experimental possibilities as research needs evolve.