Live Cell Imaging Microscopes for Sale

Yes. Models such as the FMI3-CS Series are specifically engineered with long working distance optics and an enhanced X/Y stage to accommodate large-format culture vessels. This specialized design allows researchers to observe up to 10-layer Cell Factories and multi-layer culture vessels directly without disturbing active samples, supporting biopharmaceutical manufacturing and stem cell culture protocols.

Selected models like the SLi3Pro and Accuva LEAP feature plug-and-play modularity designed to adapt to expanding laboratory demands. Users can transition from standard phase contrast or brightfield observation to multi-channel fluorescence in minutes. Additional upgrade options include motorized Z-axis stages with focal position memory, stage top incubation systems, and laser capture microdissection kits.

Systems equipped with patented SeBaLIT technology, such as the SLi3Pro, offer real-time color multiplex imaging designed for widely used fluorochromes including DAPI, FITC, and TRITC. The system utilizes intuitive push-button controls and specialized optical configurations to provide simultaneous multi-wavelength observation while minimizing cross-talk across individual fluorescence channels on screen or through binoculars.

Our live cell microscopes utilize dedicated digital imaging platforms, including proprietary SeBaLIT software for streamlined capture and control. Furthermore, platforms such as the Accuva LEAP can be upgraded to LEAP AI, incorporating Media Cybernetics Image-Pro AI software to enable automated deep learning segmentation, batch-process protocols, and precise cellular measurements.

Yes. All featured inverted fluorescence and cell culture microscopes are available for purchase. Pricing is available upon request. Prospective buyers can contact our sales and technical support teams via email or phone consultation to discuss specific optical configurations, vessel requirements, and software options before receiving a formal quotation.

Laxco microscopes and optical accessories are designed, assembled, and quality-tested in the USA at our facility located in Mill Creek, Washington. All systems undergo rigorous in-house quality control protocols to ensure optical precision, mechanical reliability, and structural durability before shipment to academic, clinical, and industrial life science facilities.