Olympus BX63 Upright Fluorescence Motorized Microscope BX63F with New Fluorescence Filters

The Olympus BX63 Upright Fluorescence Motorized Microscope BX63F is a fully motorized research microscope platform optimized for advanced brightfield and epifluorescence imaging applications. Designed for versatility in biomedical and biotechnology research, it supports automated workflows critical in molecular diagnostics, bioprocessing, and cell imaging.

Key technical specifications include:

• Microscopy Techniques: Brightfield and epifluorescence modalities with optional contrast enhancements (phase contrast, DIC, polarization).
• Optical Components:
• Upright BX63 microscope body with a U-TTR-2 tilting trinocular head accommodating eyepieces or camera ports.
• Motorized 7-position objective turret with included objectives (4x/0.16 UPlanXApo, 10x/0.40 UPlanXApo, 20x/0.45 LUCPlanFL).
• Motorized 8-position fluorescence filter cube turret equipped with three new filter sets selectable from DAPI, FITC/EGFP, Texas Red/Cy3, and Cy5 (with excitation, dichroic, and emission specifications tailored for common fluorochromes).
• Motorized condenser BX3-UCD8A with 0.9 NA for optimal illumination contrast.
• Illumination:
• Brightfield LED lamp (U-LHLEDC) with stable long-life output.
• X-Cite Xylis LED fluorescence light source with LLG collimating adapter optimized for filter compatibility to ensure precise excitation across fluorescence channels.
• Automation and Motorized Controls:
• Motorized Z-axis focus with automatic parfocality adjustment and precise fine/coarse control enabling reproducible focus recall essential in time-lapse and high-content imaging.
• Motorized XY ultrasonic stage offering smooth, precise sample positioning, critical for biomanufacturing process monitoring and slide scanning.
• Motorized objective turret, filter cube turret, and condenser for rapid, software-controlled imaging modality switching.
• Imaging System:
• Trinocular head with configurable eyepiece-to-camera light splitting (0/50/100% camera options) coupled with BestScope 830EC digital camera for acquisition of high-resolution still images and live videos.
• Software suite enabling image annotation, calibration, measurement (line, radius), processing, and analysis tailored for fluorescence quantitative studies and synthetic biology research.
• Modularity and Customization:
• Expandable to include phase contrast, DIC, or polarization optics to broaden application scope in cell biology and clinical diagnostics.
• Supports upgrade paths for advanced CCD, sCMOS, and EMCCD cameras as well as higher power light sources like metal halide or xenon lamps to enhance fluorescence sensitivity.
• Compatible with various specimen holders including slides, Petri dishes, and microplates facilitating workflows in gene editing and molecular cloning.
• Service and Support:
• Comprehensive inspection ensuring optics integrity, fluorescence intensity calibration at the specimen plane, and preventive maintenance completed prior to shipment.
• Includes 180-day USA warranty and 60-day international warranty with options for extended coverage.
• Remote training and technical consultation available to optimize microscope operation for specialized applications in neuroimaging, biopharmaceutical research, and live-cell fluorescence assays.

This motorized upright fluorescence microscope offers reliable automated operation alongside superior optical performance and fluorescence filter versatility. It is widely adopted in synthetic biology research, molecular diagnostics, and biomanufacturing pipelines needing precise fluorescence detection and robust automation for high-throughput imaging.

Primary keywords: motorized upright fluorescence microscope, epifluorescence imaging, research-grade microscope, automated stage microscope, fluorescence filter turret microscope, digital fluorescence imaging. Long-tail phrases: widely used in molecular cloning workflows, essential for high-content fluorescence imaging, critical in biopharmaceutical production pipelines, popular among cell imaging and synthetic biology researchers, supports advanced live-cell fluorescence microscopy.