MICRONIC CODE READER RANGE

Product catalog summary

Overview: The Micronic Code Reader range offers advanced solutions for sample identification, featuring both single tube and whole rack scanners. These devices are designed to enhance efficiency and accuracy in laboratory environments.

Specifications: The brochure details three main models of whole rack readers: DR700, DR505, and DR500. Each model varies in scan time, dimensions, and imaging technology. The DR700 uses CCD imaging technology with a scan time of 7 seconds, while the DR505 and DR500 use CIS technology with a scan time of 5 seconds. All models are compatible with 96-, 48-, and 24-well format racks and support 2D Data-Matrix code reading.

Optional Features: Optional side barcode readers are available for the DR500, DR505, and DR700 models, allowing simultaneous reading of 1D rack barcodes and 2D tube codes. An anti-frost system is included in the DR505 and DR700 to minimize condensation on frozen samples.

Software: The Micronic Code Reader Software is compatible with all Micronic Rack Readers, offering features like automatic re-read, brightness and contrast adjustments, and automatic code polarity recognition. The software is user-friendly and integrates easily into laboratory databases.

Warranty and Service: Micronic offers a 5-year warranty on its code readers, reflecting their commitment to quality and reliability. The products are assembled in the Netherlands and the United States, with comprehensive service support available.

Additional Products: The brochure also mentions single tube readers, such as the DT500 and DT300, which are portable and capable of reading both 1D and 2D codes within 1 second.

Starter Packs: Micronic provides Sample Storage Starter Packs in various formats, including BASIC, STANDARD, ADVANCED, PREMIUM, and PREMIUM+, which include 2D coded tubes, scanners, and cappers, offering up to 20% savings.

Catalog excerpts

CODE READER OVERVIEW & SPECIFICATIONS BROCHURE WHOLE RACK READERS Scan time differs per scanner and varies from 1 to 5 seconds Anti frost system which minimizes condensation of frozen samples (applies to DR505 and DR700 High resolution image quality Supplied with Micronic Code Reader Software Single tube reading option Compatible with 96-, 48-, and 24-well format racks Scans and decodes 2D Data-Matrix codes Compatible with most brands of sample storage tubes and racks Small benchtop solution SINGLE TUBE READERS Whole Rack Readers * Please contact us for compatibility with other Windows versions. SERVING SCIENTISTS SINCE 1984 INDUSTRY LEADING 5-YEAR WARRANTY ON CODE READERS ASSEMBLY IN THE NETHERLANDS AND THE UNITED STATES Small footprint OPTIONAL FEATURES Micronic Side Barcode Readers The Micronic Side Barcode Readers are available as an option for the following whole Rack Readers: the Micronic Rack Readers DR500, DR505 and DR700. When mounted, the Micronic Code Reader Software can read both the 1D rack barcode and 2D tube codes simultaneously. Micronic Europe (Asia, Africa, Europe, Oceania) Tel: +31 (0)320 277070 Micronic America (North, Central and South America) Tel: +1 484 480 3372 E-mail: [email protected] www.micronic.com MICRONIC CODE READER RANGE © 2019 Micronic. All rights reserved. Specifications are subject to change. [PD811101] Single Tube and Whole Rack Scanners

Open the catalog to page 1

MICRONIC CODE READER RANGE SINGLE TUBE AND WHOLE RACK READERS A COMPLETE RANGE FOR EVERY BUDGET MICRONIC CODE READER SOFTWARE IN-HOUSE ASSEMBLY & EXCEPTIONAL SERVICE To enable fast, accurate and efficient sample identification, Micronic offers an extensive code reader range which consists of whole rack and single tube readers. The high-end DR700 Rack Reader features deep focus image technology (CCD imaging technology) ensuring the highest accuracy 2D code reading, and an anti-frost system so that tube codes from even frozen samples can be read. The DR700 has a scan time of approximately 7 seconds....

Open the catalog to page 2

All Micronic catalogs and technical brochures

Archived catalogs

Micronic Catalogue 2007 'Innovations in Sample Storage'
20 Pages