Femto Scientific provides IQ/OQ/PQ qualification and performance verification that keeps clinical and diagnostic laboratories CAP- and CLIA-ready — documented volumetric accuracy and precision (CV%), as-found and as-left data, and cross-contamination verification for the Hamilton, Tecan, Beckman, and Opentrons platforms driving your NGS library prep, clinical genomics, PCR setup, and diagnostic assay automation.
Clinical laboratories accredited by the College of American Pathologists (CAP) or operating under CLIA must verify, maintain, and document the performance of equipment used in patient testing. Formal IQ/OQ/PQ qualification is the cleanest way to demonstrate that competency for every liquid handler running NGS library prep, clinical genomics, PCR setup, and diagnostic assay automation.
CAP checklists require verification and documentation for automated equipment used in patient testing. Our qualification reports document performance verification, the qualification date, as-found/as-left results, and CV% data across your working volumes — exactly what surveyors expect for NGS and diagnostic assay automation.
CLIA requires instruments to be maintained and verified per manufacturer and quality-standard specifications within the established interval. Our IQ/OQ/PQ documentation meets those requirements for automated liquid handling systems and integrates with your LIMS or QMS.
A drifting channel or a cross-contamination event can compromise an NGS library or a diagnostic result. Qualification with documented CV%, as-found data, and cross-contamination testing gives you the evidence to demonstrate assay validity — and to scope impact if a system is found out of tolerance.
A single-volume spot-check confirms one point; it is not a qualification. Formal IQ/OQ/PQ characterizes performance across your working volumes and plate formats and documents it for CAP and CLIA compliance — the evidence your NGS and diagnostic workflows depend on.
Most CAP and CLIA laboratories re-qualify automated equipment at least annually. Compare service levels and turnaround on the automated liquid handling service page, or see our thermal cycler & PCR calibration for the thermal side of your molecular workflows.
Yes. Automated liquid handling systems are used in CLIA-certified clinical molecular laboratories for PCR setup, DNA/RNA extraction, NGS library preparation, and ELISA automation. CLIA requires that all equipment used in clinical testing be properly verified, maintained, and documented according to the laboratory’s quality system. Femto Scientific’s Level 3 and Level 4 qualification documentation is formatted to satisfy CLIA quality system requirements and CAP inspection checklists for automated laboratory equipment.
Yes. NGS library preparation is ideally suited for automation given its multi-step, volume-sensitive nature. Key steps — end repair, adapter ligation, bead cleanup, size selection, and PCR amplification setup — can all be performed by automated liquid handlers. Platforms validated for NGS prep include Hamilton STAR, Beckman Biomek i7, and Opentrons Flex, with manufacturer-validated protocols available for common library prep kits (Illumina, NEBNext, Kapa Biosystems). Automated NGS library prep reduces sample-to-sample variability and increases throughput to hundreds of samples per day.
Yes. PCR setup automation is one of the most common and beneficial automated liquid handling applications. Robotic systems can prepare PCR master mix, distribute it into 96-well or 384-well PCR plates, and add template DNA with consistent volumes and without contamination risk. Systems like the Hamilton STAR, Tecan Fluent, and Opentrons Flex are widely used for automated PCR setup in research, genomics, and CLIA-certified clinical molecular laboratories. Automated PCR setup virtually eliminates pipetting errors that cause inconsistent amplification and failed wells.
Yes. ELISA plate preparation is a well-established automated liquid handling application. Robotic systems can dispense samples, antibodies, substrates, and wash buffers into 96-well plates with consistent volumes and timing — key factors in ELISA assay performance. Clinical laboratories use automated ELISA setup to eliminate inter-assay variability caused by manual pipetting timing differences. Systems like the Beckman Biomek and Hamilton STAR are commonly used for ELISA automation in clinical diagnostics and pharmaceutical immunoassay development.
Automated liquid handling systems prevent cross-contamination through several mechanisms: (1) use of disposable pipette tips that are discarded after each aspiration/dispense cycle and never reused; (2) software-enforced tip pickup and discard protocols that prevent inadvertent tip reuse; (3) tip wash stations for fixed-tip systems that flush tips between uses with wash buffer; (4) liquid level sensing to prevent tip immersion below the liquid surface after initial aspiration; (5) controlled aspiration speeds that prevent aerosol formation; and (6) physical separation of source and destination plate zones on the deck. Cross-contamination testing is a standard component of liquid handling performance qualification.
Send us your platform and channel count — we’ll return a quote with turnaround options and a recommended re-qualification interval that keeps your laboratory inside CAP and CLIA requirements year-round.