The Lumenera INFINITY 8-2 Monochrome Microscope Camera is a high-speed USB 3.0 scientific imaging camera designed for demanding fluorescence, brightfield, and darkfield microscopy applications. Built around a large 1” CMOS sensor, the INFINITY 8-2 delivers exceptional sensitivity, fast frame rates, and low-noise performance for research, industrial inspection, and advanced teaching environments. With frame rates up to 96 fps at full resolution, this camera is ideal for live imaging, dynamic biological samples, and precision inspection workflows where responsiveness and image fidelity matter. The standard C-mount interface ensures compatibility with most upright and inverted microscopes. Key Advantages 1.7 MP monochrome CMOS sensor (1608 × 1104) Large 1” optical format for improved light collection High-speed USB 3.0 interface for smooth live imaging Up to 96 fps at full resolution Excellent sensitivity for fluorescence and low-light imaging Industry-standard C-mount for broad microscope compatibility No subscription fees – software included Ideal Applications Fluorescence microscopy Live cell imaging Brightfield and darkfield microscopy Materials science and failure analysis Industrial quality control and inspection Advanced teaching laboratories Included Software The INFINITY 8-2 includes INFINITY ANALYZE software for image capture, measurement, annotation, and reporting. There are no annual license fees, making it ideal for labs that want predictable long-term ownership costs. Technical Specifications Sensor: Monochrome CMOS (Sony IMX432) Resolution: 1608 × 1104 (1.7 MP) Optical Format: 1” Pixel Size: 9 µm × 9 µm Maximum Frame Rate: 96 fps Output: 8-bit / 12-bit selectable Interface: USB 3.0 Mount: C-mount What’s Included Lumenera INFINITY 8-2 camera (Model: I8-LM00-02M) USB 3.0 cable (3 m) INFINITY ANALYZE software (Windows) This camera integrates seamlessly into Industrial Microscopy Solutions, Clinical Microscopy Solutions, and Educational Microscopy Solutions, making it a versatile platform for labs that require speed, sensitivity, and reliability.
