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By integrating the PCR pre-processing system, automatic sealing system, and PCR amplification module, the system can accommodate the same brand fluorescence quantitative PCR instrument. It automates the entire process of nucleic acid testing, covering functions such as opening and closing of sample lids, information scanning and input, sample transfer, nucleic acid extraction, system configuration, PCR plate sealing, PCR plate loading, and PCR amplification detection. It achieves a seamless flow from sample input to result output, providing customers with a high-throughput and fully automated solution for nucleic acid testing.

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By integrating the PCR pre-processing system, automatic sealing system, and PCR amplification module, the system can accommodate the same brand fluorescence quantitative PCR instrument. It automates the entire process of nucleic acid testing, covering functions such as opening and closing of sample lids, information scanning and input, sample transfer, nucleic acid extraction, system configuration, PCR plate sealing, PCR plate loading, and PCR amplification detection. It achieves a seamless flow from sample input to result output, providing customers with a high-throughput and fully automated solution for nucleic acid testing.


● Full-automation:Sample in, result out. Free your hands, improve experimental efficiency.
● High Throughput: A Stream-lined Procedure for sample detection, more than 2200 samples can be processed within 24 hours.
● Safe and Non-contamination: Three independent zones, gradient negative pressure, ultraviolet lamp、HEPA filtration and other comprehensive anti-contamination measures.

● Efficient and Accurate: 2 hours for 1st run, 1 hour since 2nd run.


The Fully Automated Nucleic Acid Workstation is utilized across various fields, including molecular biology research, clinical diagnostics, pharmaceutical development, and biotechnology. It enables efficient nucleic acid purification and system assembly, facilitating rapid and precise analyses in diverse applications such as PCR, sequencing, molecular cloning, and genotyping.