Improved lab efficiency, workforce and space utilization

CLINICAL LABORATORY AUTOMATION

High throughput pre- and post-analytic specimen processing systems for the clinical laboratory space

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CLINICAL DIAGNOSTICS AUTOMATION

Reduce manual errors and maximize lab output

High-speed specimen processing with SuperTrak CONVEYANCE™ for industry-leading throughput, turnaround time, and space efficiency
Modular approach allows customized processing lines using standardized components
Flexible specimen input; comprehensive integrated processing modules; tailored output solutions
Scale operations without disruption; easily adapt to evolving workflow requirements

Achieve Similar Outputs in up to 60% Less Space

Automating your lab is easier with ATS Life Sciences Systems by leveraging the power of our high-speed SuperTrak CONVEYANCE™ system to deliver breakthrough performance in clinical lab automation – all within a compact footprint. Designed for speed, precision, and adaptability, SuperTrak^TM enables industry-leading throughput, turnaround time, and space efficiency.

Flexible Specimen Input

Choose from bulk loading, rack-based input, or workstation-accessed entry points

Tailored Output Solutions

Output sort decks can be configured with instrument-specific racks to streamline downstream analysis and reporting

With ATS and SuperTrak CONVEYANCE^TM, your lab automation solution gains the agility to respond to changing demands, the speed to meet tight turnaround targets, and the reliability to ensure specimen integrity—all while optimizing lab workflow in minimal space.

Sample Receipt

Intake and processing of large quantity, bulk formats

Box/bag opening
Accessioning involving data entry, visual inspection (quality, tube type), relabel, and/or gross sort

Pre-Analytic Processing

Our modular systems streamline and standardize specimen preparation before analysis, reducing manual touchpoints and improving specimen integrity.

Specimen Accessioning

Automated data entry, visual inspection (tube type, quality), relabeling, and gross sorting streamline specimen accessioning for higher accuracy and efficiency

Flexible Input Options

Supports bulk loading, rack input, and workstation-based accessioning to adapt seamlessly to diverse lab workflows

Transportation

SuperTrak CONVEYANCE^TM high-speed specimen transport for highly accurate position control ensuring reliable sample movement throughout the lab

Centrifugation

Selective spinning of samples based on test requirements and temperature controlled up to 6400 RCF for consistent results

Thaw & Mix

Controlled thawing and inversion to ensure uniform sample consistency and preparation for downstream analysis

Decapping

Automated tube decapping handles multiple container types and safely disposes of caps into hazmat bags for secure, hands-free processing

Aliquoting

Daughter tubes are intelligently created and relabeled with up to 5 mL aliquoting, enabling clot detection, buffy coat imaging, and plasma isolation

Sortation

Customizable sort decks for segregation of sort targets into generic or instrument specific racks for efficient routing

ANALYTICS

Integration with clinical and diagnostic platforms that produce laboratory test results and data sets that can be analyzed to establish key insights

Post-Analytic Processing

After analysis, our systems ensure secure handling, storage, and disposal of specimens—supporting compliance and operational efficiency.

Recapping / Resealing

Automated recapping ensures secure specimen storage with plug-style or foil sealing, based on lab protocols and specimen needs

Archiving

Output decks for sortation of archive targets into storage racks for organized storage

Sample Retention & Storage

Configurable retention periods with organized archival systems provide secure, traceable storage of processed specimens

Disposal Automation

Automated streamlined removal of expired or processed specimens to maintain compliance and lab efficiency

LAB AUTOMATION FAQs

How does automation reduce manual errors in diagnostic lab settings?

Automated processes in the lab mean greater consistency and repeatability in processing, including in data entry, labelling, and traceability. Precision robotic handling eliminates variability between manual operators and protects against sample contamination. Introducing lab robotics to your diagnostic processes can be a big step toward modernizing your clinical lab.

How does automation increase lab productivity?

Repetitive manual tasks can be automated for speed with a high degree of accuracy, freeing up technicians for higher-value work. Integration with other operations can increase lab throughput with continuous (24/7) operation, reduced turnaround times, simpler specimen storage and retrieval, and more efficient use of consumables.

What processes can be automated in a clinical / diagnostic laboratory?

The key processes that ATS can automate in a clinical or diagnostic laboratory include:
Pre-Analytic Processing – standardized specimen preparation, reducing manual touchpoints and improving specimen integrity

Specimen Accessioning – Automated data entry, AVI, relabeling, and gross sorting
Flexible Input Options – Bulk loading, rack input, and workstation-based accessioning
Transportation – High-speed transport for highly accurate position control
Centrifugation – Selective spinning of samples
Thaw & Mix – Controlled thawing and inversion for uniform sample consistency
Decapping – Automated removal of tube caps for downstream processing
Aliquoting – Aliquoting, daughter tube relabeling, clot detection, buffy coat imaging, plasma isolation

Post-Analytic Processing – secure handling, storage, and disposal of specimens supporting compliance and operational efficiency

Recapping / Resealing – Plug style capping or foil sealing
Sortation – Output sort decks can be configured with instrument-specific racks to streamline downstream analysis and reporting
Sample Retention & Storage – Configurable retention periods with organized archival systems
Disposal Automation – Streamlined removal of expired or processed specimens

Why would a lab choose to use robotics automation technology?

The benefits of adopting a laboratory automation solution from ATS include:

Operational Efficiency – Lab automation achieves the highest output per square foot; configurable systems can be designed to fit into existing lab layouts

Workforce Optimization – Reduce reliance on manual labor for repetitive tasks and free up skilled personnel for higher-value tasks

Performance & Reliability – Minimize human error with consistent specimen handling; maintain accuracy and control across every step of the analytic process

Scalable Growth – Expand capacity and capabilities without costly facility upgrades; modular solutions grow with your lab’s evolving needs

Is clinical lab automation suitable for small or mid-sized labs?

Yes. Laboratory automation technology is about improved lab efficiency, workforce and space utilization. Introducing robotic laboratory automation in a large, centralized facility can maximize throughput while a modular approach allows customized processing lines using standardized components in smaller applications. Automation can be a solution whether upgrading legacy systems or launching a new lab.

How to choose a solution for clinical lab automation

When considering solutions for advanced laboratory automation, an experienced provider like ATS will focus on your desired outcomes, resolving bottlenecks and pain points and addressing future states. Standard solutions can replace existing processes while modular systems offer flexibility for growing operations or evolving capabilities. Site visits to see how a solution functions and demonstrations of training and lifecycle support contribute to making an informed decision.

Resources

Case STUDY

A Laboratory Automation Success Story: 60% Greater Sample Sorting Capacity at <50% the Footprint

How we helped build a much higher‑capacity sample sorting line—5,000 samples per hour within the same physical space as the old system.

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Fact sheet

Clinical Laboratory Automation

High throughput pre- and post-analytic specimen processing systems for clinical laboratories. Scalable lab automation for growing diagnostics labs.

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Automated Plasma Isolation

Lab automation can streamline common processes, such as this application at up to 500 samples per hour.

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Ready to Future-Proof Your Lab Infrastructure?

End-to-end lab workflow automation, including data integration, for your growing diagnostics laboratory. Contact us today to schedule a demo or speak with a solutions expert.