Bioer Quant Gene 9600 Fluorescent Quantitative Detection System

• Gene expression analysis in molecular biology research.
• Pathogen detection and quantification in clinical diagnostics.
• Food safety testing for contaminants and allergens.
• Drug discovery and development for screening and validation.
• Environmental monitoring for microbial and chemical analysis.

Typical sample capacity

Units in this class commonly accommodate 96-well PCR plates or equivalent strip tubes.

Reaction volume range

Typically 5–100 µL, suitable for various assay requirements.

Detection channels

Commonly features 5 or 6 detection channels for multiplexing capabilities.

Temperature control

Typically offers a temperature range of 4–105°C with precise control for PCR amplification.

Heating/cooling rates

For this class of equipment, rates up to 4.0°C/s are common, enabling efficient thermal cycling.

Power supply

Units typically operate on a standard laboratory power supply, 100–240V, 50/60Hz.

Footprint

Typically a benchtop unit, with dimensions around 410 mm (W) × 386 mm (D) × 352 mm (H).

Certifications

Commonly holds CE, EMC, and RoHS certifications, indicating compliance with European standards.

• What types of samples can this system process?

  This type of system is typically designed for processing DNA or RNA samples in PCR plates, strip tubes, or single tubes with transparent bottoms, commonly used in molecular biology applications.

• Is specific software required to operate this unit?

• What is the typical throughput for a system of this nature?

• Can this system perform gradient PCR?

• What maintenance is typically required for such equipment?

• What is the typical dynamic range for quantitative detection?

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.

General overview for this equipment type