Siemens Healthineers now offers Atellica Integrated Automation on the Atellica CI Analyzer.
RT’s Three Key Takeaways
- Siemens Healthineers’ Atellica Integrated Automation streamlines clinical lab workflows by consolidating 25 manual tasks into the Atellica CI Analyzer, reducing manual workflow steps by 75%.
- The system addresses critical staffing shortages in laboratories worldwide by automating routine tasks, enabling professionals to focus on higher-value activities like training and quality control.
- By optimizing sample handling and reducing turnaround times by 65% compared to competitor systems, Atellica Integrated Automation improves patient care and operational efficiency across labs of varying sizes and capacities.
Siemens Healthineers now offers Atellica Integrated Automation on the Atellica CI Analyzer,1 to consolidate 25 tasks typically handled manually by clinical laboratory staff. This offering redefines automation for clinical labs and has been shown to reduce the manual workflow steps laboratory professionals perform by 75%.2
Traditional total laboratory automation uses a track to transport patient samples throughout the laboratory to sample preparation equipment and then onto connected analyzers for testing. Atellica Integrated Automation incorporates sample management, decapper, and sealer functionality within the Atellica CI Analyzer. With Atellica Integrated Automation, laboratories with lower patient testing volumes or a finite amount of space in their laboratory now have access to automation capabilities incorporated primarily within high-volume testing or mega-labs.
Automation is increasingly important for labs of all sizes. Patient testing volumes continue to grow and so does the pressure on laboratory professionals to perform more patient testing with fewer staff. In the United States, vacancy rates in laboratories are estimated to be 7–11%, and as high as 25% in some geographies.3 The UK and Europe similarly face a serious shortage of skilled lab workers, with medical laboratories among the worst affected.4 For laboratories trying to maintain operations with fewer staff, Atellica Integrated Automation becomes laboratory professionals’ extra set of hands.
“Successful automation addresses the lab’s specific needs, while standardizing routine and repetitive tasks that safeguard quality and safety,” said Sharon Bracken, head of Diagnostics, Siemens Healthineers. “When it’s customizable, and implemented thoughtfully with input from key stakeholders, automation can save time, more efficiently produce quality test results, accommodate shifting testing demands, and eliminate biohazards for staff. All these improvements create a better working environment.”
Necessary, yet repetitive, tasks that are performed to achieve quality patient test results cause friction in a laboratory’s workflow. Ninety-five percent of laboratory professionals indicated in a recent study that adopting automated technologies will help them improve patient care, and 89% agreed their laboratories need automation to keep up with demand.5 Further, time spent on maintenance undermines the clinical value laboratory staff can deliver. With Atellica Integrated Automation, a single technologist can manage calibration and QC, daily sorting, and archiving processes in minutes—tasks that historically may have taken hours. Fewer repetitive, manual tasks enable laboratory professionals to reallocate their time to value-add or growth activities, such as training and mentoring employees, or quality control efforts.
Automating these processes also reduces waste, increases the number of samples a laboratory can run, and creates opportunity for laboratories to run a wider range of tests to support patient care as testing needs shift. Every time a patient sample is outsourced it creates obstacles for providing patients with the best care possible, including time delays, expense, and greater potential for errors. Optimized sample handling with Atellica Integrated Automation enabled 65% of samples to achieve faster turnaround times than competitor systems.2
“Regardless of volume, laboratory footprint, or geographic location, laboratory staff deserve technology that will help them overcome their laboratory’s current growth limitations and improve patient care in the communities they serve,” said Bracken.