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LH-1209 High Throughput Liquid Handling Workstation for Nucleic Acid Extraction (96-Channel Automated System)
As PCR-based testing and NGS workflows push throughput demands higher, manual liquid handling becomes the critical constraint, not the chemistry itself.
The LH-1209 is a 96-channel automated liquid handler aimed directly at this bottleneck. It processes 96 to 192 samples per run, with a magnetic bead module for nucleic acid extraction and purification integrated into the workflow.
Its technical specifications are grounded in real lab constraints. The pipetting head delivers a CV of ≤5% at 1 µL, while the temperature control module spans 4°C to 75°C — covering cold reagent storage and heated lysis in a single deck. The shaker reaches 2000 rpm for efficient bead binding.
The open deck system with 25 configurable positions allows integration of third-party kits and custom protocols, reducing vendor lock-in. This matters for hospital labs and CDC facilities that must adapt to changing diagnostic panels quickly.
China’s life science instrumentation ecosystem has matured rapidly. Equipment like the LH-1209 replaces imported platforms in domestic genomics centers and contract research organizations, compressing procurement timelines and lowering per-test cost structures.
The machine’s 200 kg footprint and 650 W power draw indicate a benchtop device balancing throughput with physical constraints — a design for labs where space is at a premium.
The LH-1209 is not a breakthrough in molecular biology. It is a systems-level fix for a logistics problem: consistent, repeatable pipetting at scale.
Why it matters:
For labs running routine clinical diagnostics or high-throughput NGS library prep, manual pipetting errors compound quickly. The LH-1209 eliminates that variable, shifting operator focus from execution to analysis.
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