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A flexible system to capture sample vials in a storage box - the box vial scanner
Steven E Nowakowski1, Kenneth R Kressin, Steven D Deick
1Division of Engineering, Mayo Clinic, Rochester, MN 55905, USA. nowakowski.steve@mayo.edu
Summary
This study introduces a rapid system for tracking sample vials in research labs. It efficiently records vial and box IDs with location data in a single scan, improving laboratory productivity.
Area of Science:
- Laboratory automation
- Research informatics
- Sample management systems
Background:
- Efficient tracking of sample vials is crucial for high-volume research laboratories.
- Automating sample tracking faces challenges due to diverse container types and sizes.
- Current methods may not offer seamless integration or flexibility for varied storage solutions.
Purpose of the Study:
- To develop a fast, robust system for automated sample vial location capture.
- To provide flexibility for laboratories using sample containers of varying dimensions.
- To enhance productivity in research environments through streamlined sample tracking.
Main Methods:
- A system utilizing barcode labels on vial caps and box sides was developed.
- Scanning units with industrial barcode readers and integrated lighting were deployed at points of use.
- A server application processed scan data, transforming it into a list of storage locations and vial identifiers.
Main Results:
- The system captures box ID, vial ID, and vial location within a storage box in a single scan.
- It accommodates a wide variety of vial sizes using risers and supports diverse storage box layouts.
- Scan data is efficiently transferred to the laboratory database for immediate use.
Conclusions:
- The developed system offers a fast and flexible solution for tracking sample vials in research settings.
- It significantly improves laboratory workflow by automating the capture of vial location data.
- The system's adaptability to different container dimensions enhances its applicability in diverse laboratory environments.
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