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Laboratory Automation for Genotyping Workflows

Supporting high-throughput genotyping with automated DNA extraction, liquid handling systems, PCR instrumentation and scalable laboratory automation solutions from LGC.

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Automated liquid handling workflow

What is laboratory automation?

Integrated technologies for automated laboratory workflows

Laboratory automation uses integrated instruments, software and workflow controls to automate laboratory processes, helping laboratories increase throughput while maintaining consistency and traceability.

In genotyping laboratories, automation can support the workflow from nucleic acid extraction and sample preparation through PCR setup, amplification and result generation. By reducing manual intervention, laboratories can process larger sample volumes more efficiently while maintaining standardised workflows.

Laboratory automation may include automated DNA extraction systems, magnetic bead extraction workflows, liquid handling systems, plate handling technologies, PCR and qPCR instrumentation, barcode-based sample tracking, and workflow software that supports laboratory operations and data management.

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Challenges driving laboratory automation adoption

Laboratories often implement automation to address throughput, consistency, scalability and workflow efficiency challenges.

Increasing sample volumes

Breeding and agrigenomics programmes often need to process growing numbers of samples while maintaining turnaround times and operational efficiency.

Workflow consistency

Maintaining reproducible laboratory workflows across operators, instruments and processing batches can be challenging in manual environments.

Manual processing demands

DNA extraction, liquid handling and PCR setup can require significant hands-on time, increasing operational demands on laboratory teams.

Scaling laboratory operations

Laboratories require flexible solutions that can support changing throughput requirements while maintaining efficient operations.

Process standardisation

Standardising procedures across workflow stages helps laboratories maintain consistency, traceability and data quality.

Managing workflow complexity

Coordinating sample preparation, extraction, amplification and detection processes can become increasingly complex as programmes grow.

How LGC supports laboratory automation

Genotyping workflows rely on more than individual instruments. Laboratories need automation solutions that support efficient nucleic acid extraction, liquid handling, PCR processing and result generation while maintaining consistent performance across increasing sample volumes.

Who we support

Genotyping laboratories and agrigenomics programmes implementing automated workflows from nucleic acid extraction through amplification, detection and result generation.

What they need

Scalable laboratory automation, reliable DNA extraction, efficient workflow management, streamlined PCR setup and technologies that support growing genotyping programmes.

Related Products and Solutions

Automation

oKtopure™

Automated nucleic acid extraction platform using sbeadex™ magnetic bead extraction chemistry.

oKtopure™

Automation

Nexar™

Inline liquid handling system for high-throughput PCR-based genotyping workflows.

Nexar™

Automation

Soellex™

High-throughput thermal cycling platform.

Soellex™

Automation

Araya™

Detection platform for genotyping workflows.

Araya™

Automation

IntelliQube™

Fully automated inline PCR and qPCR setup, amplification and analysis platform.

IntelliQube™

Genotyping

SNPline™

Modular genotyping workflow consisting of instruments, software and validated procedures.

SNPline™

Automation

Hydrocycler2™

Thermal cycling technology for high-throughput genotyping workflows.

Hydrocycler2™

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Meridian3™

Assay dispensing technology for streamlined workflow preparation.

Meridian3™

Laboratory automation across genotyping workflows

Applications

Explore how laboratory automation supports genotyping workflows, from sample preparation and nucleic acid extraction through to amplification and detection.

Technologies

Core technologies used within automated genotyping and genomics workflows.

Industries

See how LGC supports breeding programmes, agrigenomics laboratories and genotyping operations.

Industries

Featured Resources

Amber sample vial being weighed on a laboratory balance.

Agrigenomics Applications in Breeding and Research

Application Note
Sample Handling

SNPline Genotyping Solution

Brochure
Laboratory Workflow Automation

oKtopure™ Automated DNA Extraction System

Product Overview
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Why organisations choose LGC

Supporting high-throughput genotyping with trusted automation solutions

Integrated genomics expertise

Technologies designed to support demanding genotyping and agrigenomics workflows, from nucleic acid extraction through to detection and analysis.

End-to-end workflow support

Automation solutions spanning extraction, liquid handling, amplification and detection, helping laboratories build connected workflows across the genotyping process.

Scalable for programme growth

Flexible, modular automation systems that can be implemented today and expanded as throughput requirements increase.

Genotyping Solutions Fyler

Explore resources

View case studies

Customers supported

37,000+

Customers supported worldwide

Global reach

144

Countries served worldwide

Frequently asked questions

How many samples per day can the system process?

Throughput depends on workflow configuration, sample type and selected instrumentation.

What is the cost per sample compared with manual processing?

Cost-per-sample calculations require workflow-specific analysis based on sample volume, workflow design and operational requirements.

How much hands-free time does it deliver?

The level of operator involvement depends on the workflow configuration and systems implemented.

What is the payback period?

Payback periods vary according to laboratory throughput, staffing requirements and automation scope. Additional customer-specific analysis is required.

Can it extract both DNA and RNA?

The platform supports automated nucleic acid extraction workflows. Specific application requirements should be discussed with an LGC specialist.

What sample types do automated extraction handle?

Customised and pre-configured protocols support a wide variety of sample materials.

Does it integrate with my existing instruments and LIMS?

The modular workflow design supports integration into existing laboratory operations. Specific integration requirements should be reviewed during solution design.

What laboratory footprint and services are required?

Footprint requirements vary according to the systems selected and laboratory layout.

What validation support is provided?

Validated procedures are available within supported workflow solutions. Validation requirements should be discussed based on individual laboratory needs.

Can I start with extraction and add liquid handling later?

Yes. The modular approach enables laboratories to introduce automation incrementally and expand capabilities as requirements grow.

Talk to an automation specialist

Whether you are evaluating automated DNA extraction, automated liquid handling systems or a complete laboratory automation workflow, our specialists can help identify the right solution for your throughput and operational requirements.

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