Clear Labs Clear Dx Automated Sequencing Platform with Hamilton STAR Liquid Handler and Integrated MinION Unit

The Clear Labs Clear Dx Automated Sequencing Platform is a fully automated molecular diagnostics and sequencing workstation designed for high-throughput DNA and RNA sequencing with exceptional precision. It integrates a Hamilton Microlab STAR robotic liquid handler equipped with a SPAN-8 eight-channel pipetting arm capable of independent 1 µL to 1000 µL transfers, ensuring accurate and flexible liquid handling essential in molecular biology and biotechnology laboratories.

Key features include:

This platform provides minimal hands-on time by automating sample prep from liquid handling through thermal cycling and sequencing with the integrated MinION unit, making it indispensable in high-throughput genomics labs focusing on molecular cloning, synthetic biology, and molecular diagnostics. Its modular design allows customization aligned with evolving laboratory workflows and specific biotechnological applications.

The combination of automated precise pipetting, integrated thermal control, and sequencing readout makes the Clear Dx Automated Sequencing Platform critical in accelerating biopharmaceutical production pipelines, gene editing research, and clinical genomics workflows while ensuring standardized, reproducible results.

Primary keywords: automated sequencing platform, robotic liquid handler, integrated PCR thermal cycler, high-throughput nucleic acid sequencing.
Long-tail phrases: essential for molecular cloning workflows, widely adopted in synthetic biology research, critical in biopharmaceutical production pipelines, popular among molecular biology researchers, supports flexible configurations for genomic applications.

This instrument is packaged and shipped with professional servicing, extensive verification protocols, and international freight options available to ensure functional delivery to research institutions and biotechnology companies. It is sustainably sourced as a pre-owned system, reducing environmental impact associated with manufacturing new instruments.