Introducing QuantGene 9600: Advancing Molecular Diagnostics with Cutting-Edge Technology

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QuantGene 9600: Empowering Precision Molecular Analysis through Advanced Technology

Elevate your molecular diagnostic capabilities with the QuantGene 9600, a groundbreaking platform built on the proven excellence of the LineGene family. This state-of-the-art system adopts mature thermoelectric refrigeration technology, introduces a new light source, and features an innovative light path design to deliver consistent superior performance.

Key Features and Innovations:

  • Incorporation of unique constant-current power and 6-zone independent temperature control for rapid, accurate, and stable fluorescence quantitative analysis, all while maintaining exceptional energy efficiency.
  • Modularized design with a variety of configurations, allowing users to tailor the platform to their specific needs.
  • Additional features such as independent temperature control, low-temperature sample storage at 4℃, and automatic dehumidification enhance functionality and user experience.

Advancements Over Previous Generations: Compared to its predecessors, QuantGene 9600 offers comprehensive automatic gain setting, significantly enhancing the user experience. The platform also provides system customization options, catering to the varied requirements of clients across scientific research and clinical diagnosis domains.

Experience the Future of Molecular Diagnostics with QuantGene 9600, where cutting-edge technology meets precision performance to meet the evolving demands of scientific research and clinical diagnostics.

Advanced Features Redefining Molecular Detection:

  1. Top Imaging Photoelectric Detection:
    • Utilizes top imaging technology for seamless collection of 96-well fluorescent signals without time differences.
    • Rapid single-channel detection completed in just 1 second.
    • Employs a new array of flat-field light sources for enhanced excitation optical effects and stronger fluorescence signals.
    • Independent filter wheels for excitation and detection channels, accommodating secondary experiments like double hybrid probes.
    • Cluster conduction design with high-end optical fiber enhances fluorescence signal strength, reduces optical conduction loss, and eliminates edge optical path differences without calibration.
  2. 6-Partition Thermal Cycling Module:
    • Utilizes 72 series long-life semiconductor refrigeration (Ferrotec Peltier) for three times the lifespan of traditional TE.
    • Incorporates micro heat pipe array technology to improve heat conduction efficiency.
    • Achieves precise and independent temperature control in 6 partitions, enhancing reaction speed.
    • Ensures high temperature uniformity and rapid ramping speed.
  3. Intelligent Adjustable Hot Cover:
    • Features a built-in high-sealing hot cover to prevent reagent volatilization.
    • Automatically adjusts to fit various types of test tubes.
  4. Automatic Pop-Up Sample Bin:
    • Streamlines operation with an automatic pop-up sample warehouse design for user-friendly accessibility.
  5. Full Adaptable Software System:
    • Operates through a large touch screen software with a new humanized interface for an improved user experience.
    • Equipped with a mobile app for remote operation and real-time monitoring.
    • Adheres to international standards with a new UI design to accommodate users' habits globally.
    • Offers flexible program settings, comprehensive analysis, and reporting functions with the capability to store all parameters.
    • Boasts an intelligent software system, eliminating the need for gain debugging and ensuring a wide range of linear analysis with excellent experimental result reproducibility.

The QuantGene 9600 is a real-time PCR system that is based on the consistent superior quality of the LineGene family. It has adopted mature thermoelectric refrigeration technology, a brand-new light source, and a unique constant-current power and 6-zone independent temperature control method. This ensures more rapid, correct, and stable fluorescence quantitative analysis of nucleic acids.

The QuantGene 9600 is a versatile instrument that can be used for a variety of applications, including:

  • Gene expression analysis
  • Genotyping
  • Mutation detection
  • Viral load quantification
  • miRNA analysis

The QuantGene 9600 is a user-friendly instrument that is easy to operate and maintain. It has a large touchscreen display and intuitive software that makes it easy to set up and run experiments. The QuantGene 9600 is also a very reliable instrument that produces consistent and accurate results.

The QuantGene 9600 is a valuable tool for researchers in a variety of fields, including:

  • Molecular biology
  • Genetics
  • Genomics
  • Oncology
  • Clinical diagnostics

Here are some of the key features of the QuantGene 9600:

  • 6-zone independent temperature control for accurate and uniform amplification
  • High-sensitivity fluorescence detection system for sensitive and specific detection of nucleic acids
  • A variety of detection channels for multiplex analysis
  • Intuitive software for easy experiment setup and data analysis
  • A variety of accessories to support a wide range of applications

Here are some of the benefits of using the QuantGene 9600:

  • Rapid and accurate results: The QuantGene 9600 can amplify and detect nucleic acids in as little as 30 minutes.
  • Sensitive and specific detection: The QuantGene 9600 can detect even the smallest amounts of nucleic acid with high specificity.
  • Versatility: The QuantGene 9600 can be used for a wide range of applications, including gene expression analysis, genotyping, mutation detection, viral load quantification, and miRNA analysis.
  • Ease of use: The QuantGene 9600 has a large touchscreen display and intuitive software that makes it easy to set up and run experiments.
  • Reliability: The QuantGene 9600 is a very reliable instrument that produces consistent and accurate results.

Overall, the QuantGene 9600 is a powerful and versatile real-time PCR system that is a valuable tool for researchers in a variety of fields.