Olympus CK40-F200 Inverted Fluorescence and Phase Contrast Microscope with Digital Imaging

The Olympus CK40-F200 is a refurbished inverted microscope designed for advanced cellular and molecular analysis, widely used in biotechnology, cell biology, and clinical diagnostics. It features an optical system equipped with a revolving nosepiece holding Olympus Plan objectives (4x, 10x, 20x, and 40x) facilitating high-resolution imaging. The binocular head allows direct observation, combined with a mechanical stage suitable for handling cell culture plates and flasks, enabling precise live-cell imaging workflows.

Key technical features include:

• Phase contrast configuration for label-free visualization of live cells, essential in molecular diagnostics and synthetic biology research.
• Reflected fluorescence illumination system with an Olympus U-LH50HG lamphouse for a 50W HBO lamp and the U-RFLT50 power supply featuring an hour counter for optimized fluorescence intensity control.
• A sliding filter system (Olympus CKX-RFA) enabling adjustable excitation filters at 10x, 20x, and 40x magnifications for versatile fluorescence analysis.
• Integrated Olympus DP12 digital camera mounted on the top port for image capture and documentation—critical in bioprocessing and biomanufacturing documentation.
• Operates on 220–240 V power supply with ergonomic design to support extended laboratory use in neuroimaging, cell biology, and biomedical engineering applications.

This microscope is critical for researchers requiring precise fluorescence detection and phase contrast imaging without staining, making it widely adopted in gene editing validation, live-cell imaging, and molecular cloning workflows. Its robust construction and advanced optical features improve the reproducibility and clarity of cellular imaging, supporting high-impact research and clinical applications in biotechnology.