UriVerse™: Urine Specimen Aliquoting Automation Brochure
A UriVerse™-focused look inside Copan’s urine specimen aliquoting automation brochure, covering automated labeling, decapping, aliquoting, recapping, LIS-synced traceability, random-access loading, and walk-away pre-analytical workflow support.
What’s inside
A UriVerse™-focused look inside Copan’s urine specimen aliquoting automation brochure, highlighting automated labeling, decapping, aliquoting, recapping, LIS-synced traceability, random-access loading, and walk-away pre-analytical workflow support.
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Fully automated urine specimen aliquoting: UriVerse™ automates key pre-analytical urine specimen processing steps, including labeling, decapping, aliquoting, capping, and tube traceability. -
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Random-access loading: Load urine containers as they arrive, with no batching or pre-sorting required, so specimens keep moving through the workflow. -
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Advanced vision system: The system detects cap color, container type, and dimensions, then adjusts handling for safe and accurate decapping and processing. -
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LIS-driven aliquoting: UriVerse™ supports up to 9 aliquots per cup, with LIS-driven protocols and automated labeling to keep secondary tubes identified and traceable. -
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Continuous cap feeding: Hands-free cap delivery helps maintain uninterrupted operation, reduce manual interventions, and support longer walk-away time. -
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Reduced manual touchpoints: Automating repetitive urine aliquoting steps can help reduce hands-on time, minimize errors, and allow laboratory personnel to focus on higher-value work. -
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Part of Specimen Aliquoting Automation: The broader portfolio also includes UniVerse®, helping laboratories standardize aliquoting across urine, molecular, and other specimen preparation workflows.
● Urine aliquoting
● Vision-guided handling
● LIS traceability
● Walk-away automation
Ready to take the next step?
Discuss UriVerse™ urine specimen aliquoting automation, container compatibility, LIS integration, workflow requirements, and implementation planning for your laboratory.
Brochure context: This page highlights the UriVerse™ sections most relevant to automated urine specimen aliquoting, labeling, decapping, recapping, LIS traceability, and walk-away pre-analytical workflow support.
Important note: Product availability, configuration, intended use, and regulatory status may vary by country or region. Always consult product technical documentation for complete product-specific information.
Additional resources
Explore supporting resources for UriVerse™ evaluation, urine specimen workflow planning, specimen aliquoting automation, and connected pre-analytical automation platforms.
Product resources
Explore UriVerse™ automated urine specimen aliquoting, container recognition, labeling, decapping, recapping, LIS synchronization, and walk-away workflow support.
Read about the U.S. launch of UriVerse™ and how it supports automated urine specimen aliquoting, labeling, decapping, recapping, and traceability.
Automation ecosystem
Explore Copan’s aliquoting automation portfolio, including UriVerse™ for urine specimens and UniVerse® for flexible specimen preparation workflows.
See how UniVerse® supports accessioning, labeling, vortexing, aliquoting, tube-to-tube workflows, and tube-to-plate configurations for broader specimen preparation needs.
Need help?
Looking to reduce manual urine aliquoting and standardize pre-analytical specimen handling?
Get in touch
Contact Copan
Connect with Copan to discuss UriVerse™ workflow fit, container mix, aliquot requirements, LIS synchronization, throughput goals, and implementation planning for your laboratory.
Specimen Aliquoting Automation
Copan’s aliquoting platforms help laboratories boost efficiency and standardization while staying flexible as workflow needs change. UriVerse™ and UniVerse® are designed to handle multiple container types, automatically detect volumes, and aliquot specimens accurately and efficiently. With integrated labeling, decapping, capping, and aliquoting, these systems reduce manual touchpoints and support continuous, walk-away operation.
