Tianlong offers a range of advanced real-time PCR systems designed to meet the needs of modern laboratories. Real-time PCR systemshave brought convenience to molecular diagnostics and research by enabling the detection and quantification of nucleic acids in real-time. This article focuses on the features and benefits of Tianlong’s real-time PCR systems, highlighting their efficient temperature control based on the Peltier heating/cooling method, as well as the power failure protection design that ensures uninterrupted experiments.
Efficient Temperature Control:
Tianlong’s real-time PCR systems feature efficient temperature control mechanisms based on the Peltier heating/cooling method. With a maximum heating ramp rate exceeding 6.1℃/s and a maximum cooling ramp rate surpassing 5.0℃/s, these systems offer rapid and precise temperature cycling. This precise temperature control is crucial for obtaining accurate and reliable results in real-time PCR experiments. Researchers can have confidence in the reproducibility of their data, enabling them to make informed decisions based on precise measurements.
Power Failure Protection Design:
Tianlong’s real-time PCR systems are equipped with a power failure protection design, ensuring the continuity of experiments even in the event of an instantaneous power failure. This innovative feature eliminates concerns about potential data loss or experiment interruption due to power disruptions. The systems are designed to automatically recover and resume experiments once power is restored. This protection design provides peace of mind to researchers, allowing them to focus on their work without worrying about unforeseen power outages.
Conclusion:
Tianlong’s real-time PCR systems offer laboratories efficient temperature control and power failure protection, enhancing the accuracy and reliability of experimental results. The efficient temperature control, based on the Peltier heating/cooling method, enables rapid and precise temperature cycling, ensuring reproducible and consistent outcomes. The power failure protection design guarantees uninterrupted experiments, eliminating concerns about data loss or experiment interruption due to power disruptions. By choosing Tianlong’s real-time PCR systems, laboratories can optimize their molecular diagnostics and research, achieving accurate and reliable results for a wide range of applications.