Breaking the Barriers in Sequencing Speed
Description
The Worlds Fastest Sequencer DNBSEQ-G99
As one of the sequencers with the fastest speed among mid-low throughput in the world, DNBSEQ-G99 is developed based on MGI’s core DNBSEQ sequencing technology, enabled by innovations in biochemistry, optics, fluidics, temperature control, and other core systems. DNBSEQ-G99 is applicable for multiple sequencing methods and only needs 12 hours to complete PE150 sequencing & PE50/SE100 in 5 hours.
Redefining Sequencing Precision and Speed.
Dive into the future of sequencing with the DNBSEQ-G99 - fastest in the world and easy-to-use sequencer with optional-based integrated bioinformatics module, especially suitable for targeted gene sequencing and small genome sequencing, delivering rapid and high-quality data output.
- Innovative DNBSEQ™ Technology: Experience the synergy of advanced biochemistry, optics, fluidics, and temperature control.
- Unmatched Versatility: Perfect for targeted oncology panel sequencing, small whole-genome sequencing or whole-exome sequencing of 1-4 samples.
- Rapid sequencing: Only 12 hrs for PE150 (from loading to FASTQ).
- Flexible throughput: Independent loading and running of dual flow cells
- Bioinformatics integrated: Option to include built-in bioinformatics module to support sequencing and advanced analysis in a single machine.
Redefining Sequencing Precision and Speed.
Dive into the future of sequencing with the DNBSEQ-G99 – fastest in the world and easy-to-use sequencer with optional-based integrated bioinformatics module, especially suitable for targeted gene sequencing and small genome sequencing, delivering rapid and high-quality data output.
PE150 in just 12 hours
8 – 48Gb per run
Run 2 flow cells independently
High Densitiy Flow Cell
- 600nm pitch high density patterning
- 68% more DNB loading per unit area
- Novel triangular configuration
Super Fast Biochemistry
- 10s rapid fluorescence reaction
- Biochemistry incubation reaction speed up from minutes-range to seconds-rang
Surpassing the Optical Diffraction Limit
- In-house developed ultra-high quality objective lens
- Improvement of signal capture efficiency by decreasing scan area
Rapid Temperature Control
- ~7°C/s for heating and cooling
- Doubles the heating and cooling speed of conventional PCR instrument
