PCR and qPCR workflows
PCR and qPCR labs rely on precision and reproducibility, but manual plate transfers limit throughput and introduce variation between runs. The SciClops Robotic Arm automates every plate movement for continuous, hands-free operation with full traceability.
Built on Hudson's legacy of the PlateCrane™ Robotic Arm: decades of proven reliability in plate handling.
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Works with the PCR platforms you already use
SciClops integrates with leading thermocyclers and qPCR platforms out of the box.
Why PCR and genomics labs choose SciClops™
SciClops coordinates PCR and qPCR instruments, handling every plate movement with precision, from setup to thermocycling to downstream analysis, forming the foundation for scalable, walk-away genomics workflows.
Designed for high-throughput PCR and qPCR, it minimizes handling errors, reduces contamination risk, and ensures reproducible results across every cycle.
Proven integrations across leading platforms, including Bio-Rad PTC series, Opus™ and Tempo™, Inheco thermal cyclers, and Roche LightCycler®, with new systems integrated regularly.
Automation that fits your PCR workflow
Continuous Operation
Run thermocyclers 24/7, even overnight. No bottlenecks waiting for manual intervention.
Synchronized Timing
Maintain cycle-to-cycle consistency and temperature control. SoftLinx coordinates plate movements to match protocol timing.
Higher Throughput
Automate plate transfers across multiple instruments. Scale from single-cycler to multi-instrument workflows.
Compact & Flexible
Fits benchtops or biosafety cabinets. No lab redesign required.
Reduced Contamination
Eliminate manual handoffs. Robotic handling minimizes cross-contamination risk between prep and cycling.
Traceable & Compliant
SoftLinx™ logs every run and transfer automatically. Full audit trail for regulated workflows.
Ready to automate your PCR workflow from prep to results?
See how SciClops can streamline your PCR, qPCR, or dPCR workflows.
SciClops lays the foundation for fully automated PCR workflows
Common PCR, qPCR, and dPCR workflows that SciClops automates. Each can be expanded into multi-step, walk-away workflows using Hudson's liquid handling and incubation systems.
🧬 Pathogen Detection & QC Testing
Automate plate transfers for regulated assays such as mycoplasma, residual DNA, and stability testing. Combined with Hudson's SOLO™ liquid handler for complete sample-to-cycle automation.
📊 Gene Expression & CNV Analysis
High-throughput amplification demands consistent reaction setup and precise timing. SciClops manages plate movement while liquid handlers prepare reagents — all coordinated through SoftLinx.
🏥 Clinical & Diagnostic Development
Integrate thermocyclers, plate readers, and incubators into a single, traceable workflow — minimizing manual intervention and improving reproducibility.
🌿 Microbiome & Environmental Testing
Connect upstream sample prep — colony picking, extraction, normalization — with downstream qPCR analysis through SoftLinx for true walk-away automation.
🌾 Agrigenomics & Seed Genotyping
From DNA prep to amplification, combine SciClops plate handling with precision pipetting for large-scale, high-throughput genotyping analysis.
Orchestrated by SoftLinx™
SoftLinx orchestrates every step in your PCR or qPCR workflow, from plate loading to thermocycling to downstream readout, using visual drag-and-drop scheduling with complete traceability and robust error handling.
Together, the SciClops robotic arm and SoftLinx create a unified automation platform connecting thermocyclers, liquid handlers, and plate readers for continuous, walk-away PCR.
Automate your PCR and genomics workflow with SciClops
Contact us to discuss your system and workflow. See how SciClops can streamline your PCR, qPCR, or dPCR workflows from sample prep to final analysis.