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MGISP-NE384 is a high-throughput automated nucleic acid extractor adopting magnetic rod technology. Together with nucleic acid extraction kit, MGISP-NE384 is able to extract and purify nucleic acid from 96/192/288/384 samples. HEPA filtration system and UV lamp, ensure a safe working environment for nucleic acid extraction and lab technicians.

MGISP-NE32 is an automated nucleic acid extractor adopting magnetic rod technology. Together with nucleic acid extraction kit, MGISP-NE32 is able to extract and purify nucleic acid from 16/32 samples in about 10 min.

MGISP-NEX is a versatile automated nucleic acid extractor independently developed by MGI. It equips with an independent 8-channel pipetting module and magnetic rod extraction module. The independent 8-channel pipetting can perform liquid transferring, which reduces manual intervention and achieves a higher degree of automation.The magnetic rod extraction module has two types of magnetic rods: one with 24 magnetic rod heads and another with 96 magnetic rod heads, which can be flexibly interchanged.

MGIEasy Circulating DNA Extraction Mini & Max Kits use superparamagnetic particle purification technology to extract high-purity cfDNA from plasma, serum, and urine without the need for toxic phenol chloroform. The kits are compatible with MGISP-960, MGISP-100 and MGISP-NEX automated extractors and the extracted DNA can be used for PCR, RT qPCR and sequencing, etc. And the kits can be applied to non-invasive prenatal testing (NIPT) and liquid biopsy for tumor analysis.

MGISTP-7000 is our high-throughput automated sample transfer processing system. It integrates tube decapping, tube recapping, barcode identification, automated liquid transfer, and negative pressure protection. It can transfer 192 samples from airtight sample tubes or plain tubes to 96-Well Microplates in 40 min, greatly improving nucleic acid detection capability.

MGISTP-3000 is a benchtop automated sample transfer processing system. It integrates tube decapping, tube recapping, barcode identification, automated liquid transfer and negative pressure protection. MGISTP-3000 offers high torque decapping gripper, 23 inch touch screen and HEPA filters guarantee maximum filtration efficiency of 99.995% at 0.3um. Furthermore, MGISTP-3000 allows to load 3 kinds of tubes in the same run. So you can transfer 96 samples from screw cap transport tubes to 96-Well Microplates in 40 minutes. Both of exhaust and inflow air are purified by HEPA filter to prevent aerosol pollution, ensuring a safe working environment for nucleic acid extraction and lab technicians.

MGISP-960 High-throughput Automated Sample Preparation System is a flexible, fully automated workstation with 96-channel pipette. MGISP-960 has validated lots of library kits including WES/WGS/RNA and so on. MGISP-960, with fully automatic operation design, can realize unmanned process and be customized according to customer needs. It is an efficient and widely-used automated sample preparation system.

DNBelab D series is a portable and highly integrated technology platform which uniquely uses digital microfluidic technology. Droplets can be precisely manipulated with accuracy as low as 1 microliter. This platform is capable of automatically running preset program which supports flexible customization. MGI has already automated and miniaturized complex genomics protocols such as NGS library prep on DNBelab-D4 platform.

The MGFLP-L Automated Sequencing Library Preparation System fully automates the entire process including sample extraction, library preparation, pooling, make DNB, and quality control. Customers can choose from a Standalone Version or an interconnected Version that can integrate existing sequencers.

MGISP-100 Automated Sample Preparation System is an automated workstation specialized for high-throughput sequencing library preparation. Integrated 8 channel pipettes, MGISP-100 processes samples in batches, eliminates operators from repetitive processing procedures, increases the stability of library preparation, reduces the total costs, and significantly enhances the overall efficiency in the laboratory.