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Understanding the uni 9700 PCR Instrument
Are you looking to enhance your laboratory’s capabilities with a top-of-the-line PCR instrument? The uni 9700 PCR instrument is a versatile and powerful tool that can meet a wide range of needs. Let’s dive into the details of this remarkable device.
Technical Specifications
The uni 9700 PCR instrument boasts impressive technical specifications that make it a standout choice for any lab. Here’s a breakdown of its key features:
| Feature | Specification |
|---|---|
| Temperature Control Accuracy | 0.25掳C (35-99.9掳C) |
| Temperature Range | 4-99.9掳C |
| Thermal Cycler Volume | Length: 40.6 cm (16″), Width: 30 cm (12″), Height: 26 cm (10″) |
| Thermal Cycler Temperature Range | 4.0-99.9掳C |
| Temperature Display | Actual sample temperature, displayed with precision to 0.1掳C |
| Heating and Cooling Speed | Sample actual average temperature change rate: 1掳C/s, 95-55掳C range sample block average heating and cooling speed: 3.5掳C/s |
| Static Sample Block Temperature Uniformity | 卤0.5掳C, 35-100掳C within 30 seconds |
| Temperature Accuracy | 卤0.25掳C, 35-100掳C range |
| Temperature Calibration | Compliant with the National Institute of Standards and Technology (NIST) standard |
Key Features
What sets the uni 9700 PCR instrument apart from its competitors? Here are some of its standout features:
- Blue Large LCD Display: The uni 9700 PCR instrument features a blue large LCD display that can display up to 280 characters on a single screen. Its chart-based PCR amplification methods make data input quick and straightforward, and the program running can be displayed with a blinking status indicator.
- Replaceable Sample Blocks: The instrument comes with a basic configuration of a replaceable 96-well sample block. One main unit can be equipped with multiple types of sample blocks, making it easy to switch between different PCR reaction tubes, well numbers, and types of PCR experiments.
- Heat Cover to Prevent Evaporation: The uni 9700 PCR instrument features a heat cover to prevent evaporation, eliminating the need for paraffin oil. This makes the operation more time-efficient and convenient, and it also facilitates enzyme digestion and sequencing of PCR products.
- Excellent Temperature Conduction: The sample block is made of silver alloy material, which provides better temperature conduction. The instrument can achieve a heating and cooling speed of up to 3.5掳C/s, and the cooling speed can be adjusted to meet the requirements of experiments such as RAPD.
- Accurate Temperature Control: The instrument calculates the actual sample temperature for different sample volumes and directly controls the sample actual temperature rather than the sample block temperature, resulting in more precise temperature control and better reproducibility of amplification results.
- Large Software Capacity: The software can store up to 100 complete PCR methods, including PCR pre-treatment, PCR cycle, and PCR post-treatment. Users can save methods with usernames and method names, and the software can automatically calculate primer melting temperature.
- Automatic Power-off Protection: The instrument features automatic power-off protection, which allows it to resume the uncompleted cycle after power is restored, ensuring the safety of the entire amplification process.
Conclusion
The uni 9700 PCR instrument is