Product Description
The 3200 fluorescence quantitative PCR instrument is a versatile and portable device suitable for real-time detection in various outdoor settings, including pastures, forest farms, farms, and water sources, as well as for rapid disaster diagnosis, epidemic prevention, food safety inspections, and scientific research in biological laboratories. This instrument features a 4-channel dual-16-hole module design, allowing it to serve multiple purposes in a single unit. It comes with a 7-inch high-definition TFT color touch screen and operates on the WIN10 system with built-in analysis software. These features enable the instrument to perform quantitative analyses and generate reports without the need for a computer. Additionally, it incorporates American MARLOW customized Peltier modules, high-sensitivity photodetectors, and side-scanning technology to deliver exceptional performance and stable detection results.
Product Feature
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Versatile Experimentation: The 3200 fluorescence quantitative PCR instrument stands out for its versatile experimentation capabilities. It features a 4-channel dual-module design, allowing researchers to conduct two different programs independently. This versatility is crucial for labs or fields that require a broad range of applications. For example, it's ideal for conducting multiple experiments simultaneously or varying experiment types without the need for separate instruments.
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User-Friendly Interface: The instrument is equipped with a 7-inch capacitive touch screen and operates on the Win10 operating system. This combination provides a user-friendly interface that's both intuitive and easy to operate. Users can efficiently navigate through various functions and experiment setups. This is particularly beneficial for researchers who want a hassle-free and streamlined experience.
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Data Management: With built-in 20G Flash memory, the instrument can store up to 40,000 experimental data records. This extensive data storage capacity is a critical feature for researchers who conduct multiple experiments over time. It simplifies data management, retrieval, and organization. Additionally, this level of storage capacity ensures that researchers can keep detailed records of their work.
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Improved Fluorescence Collection: The instrument uses an innovative imported 32-bundled optical fibers design. This significantly enhances the intensity of fluorescence signal collection while reducing light conduction-related distortions. Researchers can trust the accuracy of their measurements, and it's particularly valuable for applications that rely on precise fluorescence signal detection, such as quantitative analysis.
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Energy-Efficient and Maintenance-Friendly: The instrument incorporates an LED light source that's not only energy-efficient but also long-lasting and maintenance-free. This feature ensures that researchers can focus on their experiments without frequent interruptions for maintenance or bulb replacements. It contributes to the overall cost-effectiveness and efficiency of the instrument.
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FAQ
Q1: Can you explain more about the instrument's versatility with its 4-channel dual-module design? How does this benefit users?
A1: The 4-channel dual-module design allows users to conduct two different programs independently, making it versatile for a range of experiments. It benefits users by enabling multiple experiments simultaneously, optimizing lab resources, and accommodating diverse research needs.
Q2: Tell me about the instrument's data management capabilities. How many experimental data records can it store?
A2: The instrument has built-in 20G Flash memory, allowing it to store up to 40,000 experimental data records. This extensive data storage capacity simplifies data management, retrieval, and organization, catering to researchers conducting multiple experiments over time.
Q3: Could you elaborate on the benefits of the imported 32 bundled optical fibers design for fluorescence collection?
A3: The imported 32 bundled optical fibers design enhances the intensity of fluorescence signal collection while reducing light conduction-related distortions. This results in more accurate measurements, making it particularly valuable for applications that rely on precise fluorescence signal detection, such as quantitative analysis.
Q4: How user-friendly is the instrument's interface with the 7-inch capacitive touch screen and Win10 operating system?
A4: The instrument's interface is highly user-friendly. The 7-inch capacitive touch screen, combined with the Win10 operating system, provides an intuitive and easy-to-use platform. Researchers can efficiently navigate functions and experiment setups with ease.
Q5: What maintenance and cost benefits does the LED light source offer?
A5: The LED light source is both energy-efficient and maintenance-free. Its long lifespan and low maintenance requirements ensure minimal disruptions during experiments. This feature contributes to the overall cost-effectiveness and efficiency of the instrument.bio-equip.cn