General News

With the rapid development of genetic technology, automated nucleic acid extraction has become essential for large-scale nucleic acid extraction applications like disease diagnosis and academic research. As a leading provider of life science instruments in Asia, we at Tianlong are committed to developing innovative technologies that advance nucleic acid research. Our new GeneRotex 96 Nucleic Acid Extractor system utilizes groundbreaking extraction techniques to simplify nucleic acid purification workflows.

Innovative Rotary Mixing Technology

Our GeneRotex 96 Nucleic Acid Extractor features a unique rotary mixing mechanism based on Tianlong's innovative rotary mixing technology (RMT). This method reduces aerosol generation and cross-contamination risks compared to traditional vortex mixing. The gentle rotary motion thoroughly mixes samples without the noise and splashing associated with vortexing. This minimizes the potential for generating aerosols that could lead to false positive results from cross-sample contamination. Researchers can extract nucleic acids from 96 samples simultaneously in a closed system with a reduced risk of contamination.

Easy and Intuitive Operation

We designed the GeneRotex 96 Nucleic Acid Extractor with intuitive software and simple procedures to streamline nucleic acid purification. Researchers load samples into deep-well format plates and set extraction protocols within the GeneRotex Connect software. The software guides users through the entire process and collects run data for documentation and analysis purposes. With just a few clicks, our automated nucleic acid extraction can complete an entire 96-sample extraction run unattended. The consolidated platform reduces hands-on time compared to manual extractions.

High-Quality Nucleic Acid Yields

Our proprietary spin column chemistry efficiently captures and purifies high-quality DNA and RNA from diverse sample types. Independent testing has shown the GeneRotex 96 Nucleic Acid Extractor consistently delivers the indication of minimal protein or chemical contamination. Besides, high recovery rates ensure researchers obtain sufficient nucleic acid yields for downstream applications such as PCR, next-generation sequencing, and microarrays. The excellent yield and purity enable sensitive detection of even low-expressing genes and transcripts.

Cost-Effective Automation

While automation often demands high capital investments, we designed the GeneRotex 96 Nucleic Acid Extractor with affordability in mind. With competitive consumable and reagent costs, the system offers a lower total cost of ownership compared to manual extraction or semi-automated platforms. Researchers benefit from walkaway convenience and maximized lab throughput without exceeding extraction budgets.

Conclusion

We hope you find the Tianlong GeneRotex 96 Nucleic Acid Extractor useful for accelerating your nucleic acid research. Please contact us to learn more about how we can support your lab’s extraction needs. With innovative technologies like RMT, our automated platform streamlines purification workflows for improved results.