Automated Microscopes

Automated microscopes feature motorized components like the objective turret, Z-axis focus, and stage. This allows for precise, repeatable control via software, enabling complex tasks like multi-point imaging, time-lapse studies, and Z-stacking. The Accuva LEAP offers a motorized 6-position objective turret and motorized Z-axis with 2-position memory, supporting brightfield, phase, polarized, and fluorescence imaging.

The Accuva Cellect uses a dual-laser system to isolate specific cells or tissue regions from a sample. A gentle IR laser captures single cells, while a powerful UV laser cuts larger areas. This precise, contamination-free method is essential for downstream genetic analysis in oncology and neuroscience research.

Yes, modularity is a core design principle. The SLi3Pro and SLi6Pro systems are plug-and-play upgradable from Phase Contrast/Brightfield to 3-Colour Multiplex Fluorescence in minutes, while the Accuva LEAP platform is upgradable to LEAP AI, ensuring your investment remains valuable as your research needs evolve.

A motorized objective turret, as featured on the Accuva LEAP, allows for automated switching between different magnifications. This improves workflow efficiency and repeatability, especially during complex imaging protocols. It eliminates manual adjustments and reduces potential for error, enabling seamless integration with imaging software.

The Accuva Cellect LCM system primarily supports FFPE (formalin-fixed paraffin-embedded) and fresh-frozen tissue. It also works with additional sample types including H&E stain, LCM-optimized stain, immunofluorescence, unstained, and cell culture samples for diverse research applications.

Through our partnership with Media Cybernetics, we offer the powerful Image-Pro AI analysis software. The Accuva LEAP system is upgradable to LEAP AI, which integrates this software for advanced deep learning segmentation, batch processing, and real-time data visualization, streamlining the path from image capture to actionable insight.