Leica DFC7000 T Color CCD Microscope Camera with 2.8MP Sensor and USB 3.0 Interface

The Leica DFC7000 T Color CCD Microscope Camera is a high-sensitivity scientific imaging device designed for advanced microscopy applications, including fluorescence microscopy, brightfield imaging, live cell imaging, histology, and pathology diagnostics. It features a 2.8-megapixel (1920 x 1440 pixel) color CCD sensor with a pixel size of 4.54 x 4.54 µm, providing detailed and high-resolution images critical for biotechnology workflows such as molecular diagnostics and bioprocessing research.

Key technical specifications include:

• Camera Type: Color CCD with excellent color fidelity for subtle color discrimination
• Bit Depth: 8-bit native, 12-bit enhanced with a 16-bit A/D converter for precise quantification
• Interface: High-speed USB 3.0 for rapid data transfer essential in real-time live cell imaging
• Cooling System: Single-stage Peltier cooling significantly reduces sensor noise (<0.05 e⁻/px/sec dark noise), enhancing low-light sensitivity critical in fluorescence and synthetic biology imaging
• Frame Rate: Up to 40 frames per second at full resolution supports dynamic process monitoring and time-lapse studies
• Dynamic Range: Approximately 68 dB, ensuring high signal-to-noise ratio for quantitative imaging
• Readout Noise: Typical 6 electrons at 10 MHz speed, maintaining image clarity in low photon flux conditions
• Software: Compatible with Leica LAS X Core software without license requirements, facilitating seamless integration into existing Leica microscope setups widely adopted in biomedical and biotechnology laboratories

This camera is engineered for robust performance in diverse microscopy modalities, making it an essential tool for researchers specializing in cellular imaging, molecular cloning, and biomanufacturing quality control. Its integration with Leica microscopes enhances experimental reproducibility and imaging workflow efficiency.

The Leica DFC7000 T supports critical applications in fluorescence microscopy, live-cell imaging, and histopathology analysis, commonly demanded in neuroscience, cell biology, and clinical diagnostics research domains. Its low noise and high dynamic range enable precise fluorescence quantification and color imaging necessary for cutting-edge molecular biology and synthetic biology experiments.

Ideal for laboratories requiring reliable, high-resolution digital microscopy cameras, this instrument ensures valuable data acquisition for biopharmaceutical production pipelines and other biotechnology-driven analytical workflows.

Primary Keywords: Leica microscope camera, color CCD camera, fluorescence imaging camera, live cell imaging, scientific digital microscope camera. Long-tail Keywords: high-sensitivity microscopy camera for biotechnology research, essential for molecular diagnostics and synthetic biology imaging, widely used in live cell fluorescence microscopy workflows, critical in biopharmaceutical production and histology analysis, digital camera with cooling for low-light scientific imaging.