When laboratories seek reliable, efficient PCR equipment, Tianlong’s Gentier X3 Series Real-time PCR System stands out for its versatility and high-throughput capabilities. Designed for rigorous testing environments, it ensures precise results with advanced features suited for various applications.
Multi-Block Flexibility for Complex Testing
The Gentier X3 Series Real-time PCR System from Tianlong is a standout with its multi-block design, offering maximum versatility. This PCR equipment allows three independent 32-well sample blocks to run different protocols simultaneously. Whether handling varied testing conditions or multiple research goals, its unique setup ensures flexibility without sacrificing performance. Each block operates independently, allowing for diverse workflows and efficient time management in the lab.
Speed and Precision in Fluorescence Scanning
Efficiency is a key advantage of the Gentier X3 Series Real-time PCR System. Each block, equipped with either 6 or 4 fluorescence channels (depending on the model), completes fluorescence scanning for 32 wells in just 2 seconds. When labs face high throughput demands, this PCR equipment streamlines the testing process, saving valuable time while maintaining accuracy.
Adaptable to High-Throughput Needs
For laboratories requiring precision across multiple testing protocols, the Gentier X3 Series Real-time PCR System offers unparalleled adaptability. Its design not only supports high-speed fluorescence scanning but also ensures data integrity for each protocol run. This adaptability makes it an excellent choice for facilities needing a balance between speed and detailed results.
Conclusion
Tianlong’s Gentier X3 Series Real-time PCR System offers flexibility and efficiency, ideal for labs dealing with complex testing protocols. With its multi-block design and rapid fluorescence scanning capabilities, this PCR equipment meets the demands of modern testing environments without compromising accuracy. Labs can rely on the Gentier X3 Series Real-time PCR System to optimize their workflows and ensure reliable results for various PCR applications.
