Optika IM-3LD4D Complete Inverted Fluorescence Microscope with Embedded PC and Multi-Mode Imaging

The Optika IM-3LD4D is a complete inverted fluorescence microscope system designed for advanced biomedical engineering and synthetic biology applications requiring high-sensitivity imaging. It combines multiple imaging modalities including brightfield observation, phase contrast, and LED fluorescence for dyes such as DAPI, GFP, and RFP, enabling versatile analysis in molecular diagnostics and bioprocessing workflows.

Key technical features include:

• Epi-illumination with high-power LED and brightness control, supporting fluorescence with blue, green, and red excitation filters integrated in a 4-position filter holder.
• Trinocular head (45° inclined) with adjustable interpupillary distance (50–75 mm) and dioptric adjustment on the left eyepiece tube, equipped with wide-field (WF10x/22mm) high eye-point eyepieces with rubber cups, optimizing live-cell imaging and fluorescence analysis.
• Quintuple revolving nosepiece with IOS LWD U-PLAN objectives: 10x/0.30, 20x/0.45, 40x/0.65, plus 10x/0.25 phase contrast, all treated with anti-fungus protection, critical for long-term use in biopharmaceutical production labs.
• Large mechanical specimen stage (250x290 mm) with inserts for slides and 54 mm Petri dishes, enhancing sample versatility for cell culture and gene editing research.
• Focus mechanisms enable coaxial coarse with adjustable tension and fine focusing with upper limit stop for precise control.
• LWD pre-centered condenser with N.A. 0.30 and working distance up to 72 mm, removable for extended working distance to 150 mm, facilitating bioprocessing sample manipulation.
• Transmitted illumination using X-LED8 white 8 W LED (6300K) with brightness control and aperture diaphragm for high-quality brightfield imaging.
• Digital integration via built-in Intel micro PC with a 12” screen and 6 megapixel high-sensitivity color camera paired with Optika ProView image analysis software optimized for fluorescence and phase contrast imaging workflows in molecular cloning and synthetic biology research. Wireless mouse and keyboard included for ergonomic operation.

This system is widely adopted in biotechnology research, including cell imaging, fluorescence analysis, and clinical diagnostics, supporting critical biomanufacturing and molecular diagnostic applications with high sensitivity and imaging accuracy.