A small benchtop solution that can read 2D codes quickly and cost effectively within seconds. The compact readers are built for high throughput and automated systems.
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 DR700 is equipped with an anti-frost system and a deep focus image sensor ensuring the highest accuracy 2D code reading even if the tubes aren’t flush with the scanner plate or codes are partially compromised. The DR700 has a scan time of approximately 7 seconds. To read 1D rack barcodes simultaneously, a Side Barcode Reader is available.
The Micronic Rack Reader DR500 and DR505 are small benchtop solutions that can read 2D codes quickly and cost effective within seconds. The compact readers are built for high throughput and automated systems. The DR505 version has an anti-frost system, which enables users to read racks filled with 2D codes tubes straight from the freezer. All Micronic Rack Readers are standard supplied with Micronic Code Reader Software to ensure an optimal performance.
PhD candidate at LUMC Nienke van Rein commented, “I chose Micronic because of the space saving 96-well rack format; more sample material could fit in the freezer compared to products from other companies. The screw cap also stays securely in place during long-term storage in -80°C."
“We chose Micronic because of their compatibility with liquid handling robotics, validated ultra-low binding tube properties, highly satisfying split push cap sealing performance, and the assured traceability that their laser etched 1D barcoded rack and 2D coded tubes provide."
Rutgers University Cell & DNA Repository selected Micronic 0.75ml and 1.40ml tubes together with colored TPE caps to provide high integrity, long-term storage of samples at -80°C.
For its Rotterdam Study, the oldest long-term population health study in the Netherlands, Erasmus Medical Center has switched to the compact 2D coded tube system from Micronic for the storage of its biological samples.