The Dragonfly provides high-quality confocal images across scales, from the subcellular level to entire organisms, and significantly increases productivity. It combines speed and sensitivity, enabling researchers to observe dynamic events and live organisms for extended periods. The B-TIRF and super-resolution modules reveal finer details, such as viral infection dynamics and chromatin or organelle ultrastructure.

Each Dragonfly high-speed confocal includes Fusion software for effortless image acquisition and Imaris, the market leader in image analysis software. The Dragonfly 600 is the flagship model. It delivers a full-featured system and allows for effortless cross-scale imaging.

Deeper Imaging. Deeper Insights. Deeper Understanding.

Imaris delivers streamlined, scalable image analysis workflows that help researchers transform complex microscopy data into meaningful insights. With intuitive tools for visualization, quantification, and collaboration, Imaris supports efficient and reproducible analysis across research teams.

• Simplify complex image analysis workflows with intuitive, guided tools
• Accelerate data processing and quantification to move from images to results faster
  
• Improve reproducibility and consistency across users, projects, and research teams
• Enhance collaboration and knowledge sharing with standardized analysis workflows
• Scale analysis efficiently through automation and flexible workflow management

Oxford Instruments sCMOS and EMCCD cameras deliver high-speed, ultra-sensitive imaging for life sciences. The sCMOS range offers large fields of view, low noise, and high resolution—ideal for quantitative applications. Models like the CB2 Series, Sona Extreme, and ZL41 Cell sCMOS provide flexible resolution, exceptional sensitivity, and fast frame rates.

The EMCCD lineup, including iXon , excels in low-light conditions with >95% quantum efficiency, deep cooling to -100 °C, and real-time super-resolution capabilities. These cameras are built for precision imaging where sensitivity and speed are critical.