Clinical diagnostic nucleic acid extractor MDXlab
fully automatedcompact

Clinical diagnostic nucleic acid extractor - MDXlab - ADALTIS - fully automated / compact
Clinical diagnostic nucleic acid extractor - MDXlab - ADALTIS - fully automated / compact
Clinical diagnostic nucleic acid extractor - MDXlab - ADALTIS - fully automated / compact - image - 2
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Characteristics

Applications
for clinical diagnostic
Other characteristics
fully automated, compact

Description

The MDXlab is a designed to optimise nucleic acid isolation and amplification procedures into a single fully integrated platform. Nucleic acid isolation is automated, via pre-filled cartridges, utilising magnetic bead technology allowing for contamination free extraction with high yield and purity from a number of sample types. PCR setup is managed by the liquid handling module that can manage a variety of master mixes, controls and standards from the refrigerated reagent module. The integrated 5 channel PCR thermocycler allows for multiple protocols and PCR modes including Melting curve, SNP and touchdown step. All functions are managed by the on-board processing system through the intuitive touchscreen interface. Advanced analysis settings allow the laboratory professional to evaluate the results in detail and link to any laboratory information system via LAN or Wi-Fi. With its compact benchtop design and fast processing capability this fully integrated platform is ideally suited to every laboratory settings with a desire for maximum flexibility. Fully automated sample to result workflow Flexible throughput Simplify your lab workflow Intuitive user interface 5 Channel PCR Full MDR / IVDR conformity Advanced liquid handling and detection Nucleic acid extraction PCR set-up PCR amplification & detection
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.