Dual-Chip Sequencing: The GP1000 Pushes Throughput to 2Tb for Genomics Infrastructure

GP1000 High-Throughput NGS Sequencing System | Dual-Chip DNA Sequencer

Genomics labs face an escalating tension: demand for larger datasets versus the operational cost of running multiple instruments. The GP1000 responds with a dual-chip architecture that allows independent or simultaneous runs, offering flexible throughput for large-scale projects without requiring a second machine.

The system’s maximum output of 2Tb per run positions it for whole-genome sequencing, population-scale studies, and high-depth cancer panels. It maintains raw accuracy above Q40—a threshold that reduces the need for deep re-sequencing and downstream bioinformatics correction.

Both DNA and RNA workflows are supported on the same platform, streamlining protocol switching in multi-purpose labs. The simplified interface reduces training overhead, a real cost for core facilities handling rotating personnel.

China’s sequencing instrumentation ecosystem has long relied on imported platforms. The GP1000 is part of a growing cohort of domestic systems targeting clinical and biotech buyers who need high uptime and local supply chain support.

For procurement managers, the real value lies in operational density: one instrument doing the work of two, with a single service contract and a unified reagent pipeline.

The GP1000 represents not just a sequencing tool, but a bet on infrastructure consolidation in the genomics lab.

Why it matters:
For research institutes and clinical labs scaling their sequencing capacity, the GP1000 offers a path to higher output per square meter of lab space. Its dual-chip design and high accuracy reduce both capital expenditure and operational complexity.

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