Bio-Rad CFX96 Real-Time PCR Detection System with Multiplex 5-Channel Fluorescence and Deep Well 96-Well Thermal Cycler

The Bio-Rad CFX96 Real-Time PCR Detection System is a precision-engineered thermal cycler optimized for *quantitative and qualitative PCR analysis* in biotechnology and clinical diagnostics. Featuring a 96-well deep well block, this instrument enables rapid thermal cycling with accurate and uniform temperature control via a Peltier-based heating and cooling system.

• Multiplexing Capability: Supports up to 5 fluorescent channels, including blue (450 nm), green (494 nm), yellow (530 nm), red (630 nm), and far-red (690 nm) wavelengths, enabling complex multiplex PCR assays essential for gene expression profiling, pathogen detection, and mutation analysis.
• Detection System: High-resolution photomultiplier tube detectors provide sensitive fluorescence measurement, critical for applications such as *molecular diagnostics, synthetic biology*, and *bioprocessing* where precise quantification is required.
• Software: Equipped with CFX Manager v3.1, the intuitive software facilitates assay setup, data acquisition, and comprehensive analysis workflows widely adopted in *molecular biology research* and *biopharmaceutical production pipelines*.
• Design and Usability: Compact footprint (20.2 × 18.8 × 15.7 inches) and robust mechanical components ensure reliability and durability in high-throughput laboratory environments.
• Accessories Included: Optical calibration plate, standard 96-well plate holder, AC power cord, and user manual streamline deployment in research and clinical laboratory settings.

The Bio-Rad CFX96 system is *critical for advanced biotechnological workflows* such as gene editing validation, live-cell gene expression analysis, and molecular cloning workflows, making it a valuable asset in *neuroscience*, *cell imaging*, and *clinical diagnostics laboratories*. Its multi-channel fluorescence detection and rapid thermal cycling capabilities make it a versatile choice for researchers requiring high throughput and multiplex analysis in molecular diagnostics and synthetic biology research.