Olympus CK2 Inverted Biological Microscope for Medical and Forensic Research

The Olympus CK2 is a precision inverted biological microscope designed for advanced medical, biological, and forensic research applications. Operating at 230V, 50/60Hz, it consumes 20W power with a current of 0.14A, ensuring efficient and stable performance for prolonged use in clinical diagnostics and laboratory settings.

Key optical components include interchangeable objective lenses A4, A10PL, and A20PL, providing versatile magnification options critical for detailed cellular and tissue examination. The microscope features a binocular CWHK10X/18L ocular lens delivering clear, high-resolution imaging essential for live-cell imaging and fluorescence analysis workflows.

Compact with external dimensions of 26 x 46 x 46 cm (W x D x H), the CK2 model is suitable for benchtop placement in biotechnology labs and forensic laboratories. Its robust build and optical precision make it widely adopted in synthetic biology research and molecular diagnostics, supporting bioprocessing and gene editing applications.

This microscope is critical for researchers requiring consistent imaging quality in biomedical engineering, molecular cloning workflows, and biopharmaceutical production pipelines. The Olympus CK2 supports diverse experimental protocols, enhancing data accuracy in neuroscience, cell biology, and clinical research domains.