Leica DM6000 Upright Fluorescence Motorized Microscope with 8.3MP CMOS Camera

The Leica DM6000 Upright Fluorescence Motorized Microscope is engineered for high-precision fluorescence and brightfield microscopy in advanced biological and biomedical research. It integrates motorized components including a 6-position objective turret, 5-position fluorescence filter cube turret, and a motorized Z-axis drive for automated focus control and recall of saved focus planes, critical for reproducible imaging workflows in molecular diagnostics and gene editing studies.

• Microscopy modes: Brightfield and fluorescence imaging enabled by a 100 W full-spectrum HBO lamp and 100 W halogen source for versatile sample illumination.
• Optics: Trinocular head with camera port optimized for high-quality imaging with included Bestscope 8.3MP color CMOS camera and 1x C-mount adapter, suitable for fluorescence-based cell biology, neuroimaging, and bioprocessing applications.
• Stage: Mechanical XY stage supports precise specimen manipulation, compatible with slides, Petri dishes, or microplates—facilitating multi-slide or microplate scanning essential in biomanufacturing research.
• Software and computer: Comes with Dell Windows 10 laptop running ImageJ and camera control software, allowing capture, annotation, linear measurements, and image analysis for quantitative fluorescence microscopy.
• Customization: Expandable with phase contrast, DIC, polarization, high-end objectives (up to 1000x magnification), advanced CCD/sCMOS/EMCCD cameras, and alternative fluorescence light sources (LED, Xenon, Metal Halide) to tailor imaging setups for synthetic biology and molecular cloning workflows.
• Automation Benefits: Motorized focus and turret controls enable automated parfocality adjustment and rapid filter switching, making it indispensable for time-lapse fluorescence imaging and high-throughput screening in biotechnology and pharmacology.

This microscope is widely adopted in cellular imaging, clinical diagnostics, neuroscience research, and biotechnology sectors, supporting applications such as fluorescent labeling, genetic engineering studies, and drug efficacy evaluation. Comprehensive service includes preventive maintenance, optics calibration, fluorescence intensity assessment, and warranty coverage options, ensuring reliability and peak performance.

Ideal for researchers and institutions looking for a robust, motorized upright fluorescence microscope that supports both research and teaching objectives with advanced automation and imaging capabilities in the life sciences.