The field of nucleic acid extraction requires tools that provide reliable and accurate results. Tianlong’s GeneFlex Nucleic Acid Extractor stands out as a dependable solution designed for laboratories looking for consistency and precision in their processes.
Advanced Performance
The GeneFlex Nucleic Acid Extractor from Tianlong is known for its advanced features that ensure reliable performance. It offers a controlled environment for lysis and elution with a temperature range from 30°C to 120°C, allowing users to customize the process based on their specific needs. By ensuring that each step of the extraction is finely tuned, it provides confidence in the accuracy of results. Furthermore, the inter-well difference of the GeneFlex shows a coefficient of variation (CV) of ≤3%, indicating that it delivers consistent performance across multiple samples.
Efficient Rotary Mixing Technology
Rotary mixing is a key feature of the GeneFlex Nucleic Acid Extractor. With rotary speeds ranging from 100 to 3000 rpm, it ensures effective mixing of reagents and samples for efficient extraction. This rotary method helps to improve the yield and purity of the nucleic acids extracted, resulting in high-quality samples that are ready for downstream applications.
Separate Temperature Control
Another important aspect of the GeneFlex Nucleic Acid Extractor is its separate temperature control for the lysis and elution processes. This allows for precise adjustments to ensure optimal conditions for different stages of the extraction process. Whether heating samples for lysis or cooling them for elution, the ability to control temperatures independently enhances the overall flexibility and precision of the extraction process.
Conclusion
Tianlong’s GeneFlex Nucleic Acid Extractor combines advanced temperature control and efficient rotary mixing technology to provide reliable nucleic acid extraction. With its consistent inter-well performance and flexible operating features, it offers an effective solution for laboratories seeking precision in their nucleic acid extraction workflows.
