Bioer Quant Gene 9600 Fluorescent Quantitative Detection System

• Gene expression analysis in research and diagnostic laboratories.
• Pathogen detection and quantification in clinical and environmental samples.
• SNP genotyping for genetic variation studies.
• Drug discovery and development for target validation and screening.
• Food safety testing for contaminant detection and quantification.

Typical capacity

Units of this type commonly accommodate 96-well plates for high-throughput analysis.

Power supply

Typically requires a standard laboratory power supply, commonly 220-240V, 50/60Hz for UK operation.

Detection method

Utilises fluorescent quantitative detection, typically employing multiple excitation and emission filters.

Temperature control range

For this class of equipment, a broad temperature control range is common, typically from 4°C to 99°C.

Footprint

Quantitative detection systems generally have a moderate benchtop footprint, requiring dedicated laboratory space.

Software compatibility

Units are typically supplied with proprietary software for data acquisition, analysis, and reporting.

• What consumables are required for this system?

  This system typically uses standard 96-well PCR plates, optical caps or seals, and specific qPCR reagents compatible with fluorescent detection.

• Is this unit suitable for diagnostic use?

• What level of maintenance does this equipment require?

• Can this system be integrated with other laboratory automation?

• What is the typical data output format?

Quantitative detection systems are regarded as essential tools in analytical laboratories, valued for their precision and reliability in measurement applications. When purchasing used equipment, buyers typically prioritize thorough calibration records, maintenance history, and overall physical condition. Industry practice emphasizes verifying that original documentation and software licences accompany the instrument. These systems demonstrate strong longevity when properly maintained, making used purchases viable for cost-conscious operations. Key considerations include detector sensitivity specifications, electronic component functionality, and compatibility with existing laboratory infrastructure.

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