The DxM MicroScan WalkAway microbiology system delivers trusted detection of emerging and critical antimicrobial resistance with gold-standard MIC accuracy. Designed with ease of use as a focal point, this bacterial identification and antimicrobial susceptibility testing (ID/AST) system provides streamlined workflows and enhanced performance compared to its predecessors. The DxM MicroScan WalkAway system continues the legacy of innovation and high-quality products you have trusted for 40 years. Enable your laboratory to optimize patient care while reducing risks, costs and operational burden associated with detecting emerging antimicrobial resistance.
|Laboratory professionals from over 2,000 locations shared their experiences and the results are in. The MicroScan WalkAway family of microbiology instruments received the IMV ServiceTrack™ Award for Best System Performance in the AST/ID category—for the second year in a row. Read more about the system to find out why more of your peers reported being highly satisfied with the performance of MicroScan WalkAway systems than with any other AST/ID system.|
Detect emerging resistance with MIC accuracy
Offer a broad range of first-time reporting
Reduce risks, costs and operational burden
Save time with design optimized for ease of use
Achieve greater efficiency
The DxM MicroScan WalkAway microbiology system includes LabPro Information Manager software designed to simplify workflow and minimize technologist interaction, while accommodating differing regional and institutional environments through extensive customization features. Our customizable LabPro AlertEX software automates detection of atypical results for quick reporting and directs staff to the most appropriate action, based on customized institutional procedures. Optional LabPro Connect software allows you to consolidate data from multiple testing systems on epidemiology reports right in your laboratory office.
The system’s direct MIC detects emerging resistance, providing accurate results without reliance on historical data or virtual MIC.