Rotor-Gene Q 6Plex Real-Time PCR System Machine

ROTOR-GENE Q 6PLEX REAL-TIME PCR SYSTEM

Rotor-Gene Q 6Plex Real-Time PCR Systems is a high-performance instrument designed for multiplex real-time PCR applications. Its unique rotary design ensures uniform thermal cycling and fluorescence detection, eliminating the need for passive reference dyes like ROX. Equipped with six independent detection channels, it provides accurate and reproducible results for applications such as gene expression analysis, genotyping, and pathogen detection.

The easy-to-use software provides:

Unlimited user licenses and individual user management
A digital signature for every resulting file
Audit trails to track changes made to experiment files
Various result reports and export functions
Raw data export for validation purposes

Application:

Identification of pathogens of infectious diseases, simultaneous determination of several pathogens in one sample;
Genotyping of microorganisms;
Determination of viral load, monitoring of the course of infection;
Assessment of the level of gene expression, analysis of the concentration of GMOs in food.
One of the solutions of the Rotor-Gene Q 6plex Cyclone is analysis for forensic science and forensics.

Features and Benefits:

Unique designing
Wide optical range
Multiple PCR Formats
High-Performance HRM analysis
Easy-to-use Software

Key Features:

Six-channel detection system covering a broad spectral range for multiplex assays.
Unique rotary design ensures uniform temperature control and eliminates edge effects.
Fast ramping rates up to 5°C per second for reduced cycle times.
Compatible with various real-time PCR chemistries, including SYBR Green and probe-based assays.

General specifications:

Sample run time from 45-90 minutes for 40 cycles (depending on rotor type and process)
Dimensions (W x D x H): 370 x 420 x 275mm
Weight: 12.5 kg
Interface USB type B, RS232. port
The power supply used: 100-240V, 50/60Hz

The instrument provides reproducible results for any experimental setup due to its high performance and robust design, as well as user-friendly software. The airflow offers the heating and cooling of the samples, which excludes the occurrence of the edge effect and guarantees the reliability of the results obtained.