Applied Biosystems BAX Q7 Real-Time PCR Molecular Pathogen Detection System

The Applied Biosystems BAX Q7 Molecular Pathogen Detection System is a Peltier-based real-time PCR thermal cycler specifically designed for molecular diagnostics and pathogen detection in food safety, environmental monitoring, and clinical testing. Featuring a 96-well block format, it supports high-throughput sample analysis essential for biotechnology and molecular diagnostics workflows.

• Thermal Cycler: Peltier-based with rapid ramping capabilities; peak heating rate of 5.5°C/sec enables quick thermal cycling critical for efficient PCR amplification cycles.
• Temperature Control: Range spans 4°C to 99.9°C with high precision (±0.5°C accuracy) and uniformity (±1°C) ensuring reproducible and reliable DNA amplification results.
• Optical System: Equipped with 5 excitation and 5 emission filters to facilitate multiplex fluorescence detection, an essential feature for applications in gene editing, synthetic biology, and bioprocessing.
• Sample Format: Compatible with standard 96-well plates, widely adopted in biotechnology labs for high-throughput molecular cloning and quantitative PCR experiments.
• Software Integration: Supplied with dedicated software for assay setup, data acquisition, and analysis, facilitating seamless operation in clinical diagnostics and regulatory environments.
• Dimensions and Weight: Compact footprint (340 x 450 x 490 mm) and 34 kg weight allow easy incorporation into benchtop laboratory spaces focused on biopharmaceutical production pipelines.

This system is popular among molecular biology researchers and food safety professionals for its reliability in rapid molecular pathogen detection workflows and critical role in biomanufacturing quality control and molecular diagnostics applications.