Micronic launches high-speed tube reader for enhanced laboratory sample identification
Micronic has introduced the Tube Reader DT520, a next-generation scanning solution designed to revolutionise sample identification workflows in clinical laboratories and research facilities. The compact device delivers sub-second barcode reading capabilities across multiple tube formats, addressing critical efficiency demands in high-throughput laboratory environments.
Advanced scanning technology delivers precision and speed
The DT520 employs sophisticated decoding algorithms to accurately read both 1D barcodes and 2D Data-Matrix codes in under one second. Its innovative rack positioner technology enables precise scanning of tubes in 96-, 48-, and 24-well formats whilst simultaneously reading 1D rack barcodes without requiring separate scanning areas. “Capable of scanning codes in under a second, the DT520 ensures faster and more reliable sample identification,” according to the company’s technical specifications. This enhanced processing speed represents a significant advancement in laboratory automation capabilities, particularly for facilities managing large sample volumes.
Plug-and-play integration streamlines laboratory workflows
The device features proprietary keyboard wedge functionality, enabling seamless data transfer to multiple laboratory applications without software installation requirements. This plug-and-play approach eliminates technical barriers to implementation whilst maintaining robust data integrity through its high-end decoding engine.
Compact design optimised for laboratory environments
Measuring 90mm x 80mm x 102mm, the DT520’s compact footprint accommodates space-constrained laboratory settings. The device incorporates audible confirmation signals for successful scans, providing immediate feedback to operators and ensuring confident sample processing.
The robust construction design addresses the demanding operational requirements of clinical laboratories and sample storage facilities where reliable tube identification is essential for maintaining specimen traceability and quality assurance protocols.
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