Lab automation & robotics

Benchtop instruments that automate DNA/RNA purification from biological samples — spin-column robots, magnetic-bead purifiers and liquid-biopsy sample-prep platforms — replacing manual extraction kits with standardized, walk-away processing for molecular diagnostics, sequencing library prep and biopharma QC.

Automated solid-phase extraction, robotic autosamplers and GC/LC-MS sample-introduction platforms that replace manual extraction, cleanup and injection steps ahead of analytical instrumentation — the front-end automation layer distinct from general liquid handling and nucleic-acid extraction robots.

Multi-tenant, remotely operated wet labs that execute user-submitted protocols via API and return structured data — the layer that turns biology into programmable infrastructure, decoupling experiment design from bench work and feeding the closed-loop AI-driven autonomous lab.

Collaborative robots (cobots) that work alongside human operators without safety caging — force-torque-limited arms deployed in cell-therapy manufacturing, sterile fill-finish and lab automation, delivering measured cost and throughput gains over both manual operation and fully caged industrial robotics.

Robotic platforms that image a microbial plate, score colonies by size, morphology and fluorescence, then pick and re-array 200–3,000 colonies an hour into fresh growth plates — the automated front end of strain engineering, directed evolution, CRISPR clone screening and microbiome culturomics.

High-throughput robotic liquid handling systems and integrated laboratory automation platforms that exponentially increase assay throughput, eliminate human error, and enable next-generation genomics and synthetic biology.

High-throughput robotic systems and liquid handling workstations driving autonomous, reproducible bio-research and screening.

Automated ultra-low-temperature and liquid-nitrogen storage systems that robotically retrieve, track and manage individual sample tubes or plates at scale — the equipment layer behind population biobanks, clinical-trial biorepositories and biopharma sample archives, replacing manual freezer racks with barcode-tracked, walk-away retrieval.