DxU Iris Workcell Automated Urinalysis Solution

Take the Interruptions Out of Your Urinalysis Workflow

Laboratories need reliable solutions that minimize manual review and standardize high-throughput processes. Using industry leading technology, the DxU Iris Workcell fully automated system streamlines urinalysis workflow by reducing manual review to less than 3%1. The analyzers’ load-and-go walkaway capability and Edit-Free Release technology minimizes interruptions and operator intervention. An intuitive software user interface elevates operator experience and access to innovative software solutions enables remote service monitoring for improved laboratory system uptime.

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Description

Beckman Coulter today announced the European launch of the DxU Iris Workcell. The DxU Iris Workcell is a fully-automated system that streamlines urinalysis workflow and reduces manual microscopy reviews.

A routine urinalysis is one of the most frequently-ordered tests, representing up to 30% of all samples received in the lab. Many of these samples require a lab technician to perform manual inspection, resulting in workflow disruption and increase in workload. Whether it is to confirm the analyser’s findings or identify unique particle types, manual microscopic reviews are time-consuming and can take up to six times longer per sample than with an automated system.

Automating the routine urinalysis workflow with the DxU Iris Workcell reduces sample subjectivity and variability, helping laboratories of all sizes standardise processes, drive faster turnaround time, and deliver high quality results.

“The pandemic has intensified the pressure on clinical laboratories,” said Dr Peter Soltani, senior vice president & general manager, haematology, urinalysis & workflow IT solutions at Beckman Coulter. “In this pressurised environment, manual reviews are particularly onerous because they are labour-intensive, taking time and focus away from scientific work. We designed the DxU Iris Workcell to allow urinalysis operators to automatically classify sediment particles, minimising the need for human intervention.”

The DxU Iris Workcell pairs the DxU 850m Iris or DxU 840m Iris urine microscopy analyser with the DxU 810c Iris urine chemistry analyser to create a scalable, fully-automated urinalysis solution. The workcell was developed with proprietary Digital Flow Morphology technology with Auto-Particle Recognition (APR) Software to enable laboratories to deliver standardised results using AI.

“We know that it’s important to our customers that any new analyser they bring into the lab makes the workflow better and is easy to use with minimal maintenance,” said Jose Antonio Crespo Solans, Senior Director, EU Sales & Marketing. “With our industry-leading technology operators will be able to isolate, identify, and characterise urine particles to provide immediate, accurate, and reproducible results verified directly on the screen. And with our load-and-go walk away capabilities and EFR technology, we help to minimise operator intervention and interruptions.”

The DxU Iris solutions are designed for laboratories of all sizes; and offers several benefits, which include:

  • Intuitive software user interface allows the operator to comfortably navigate, access key reference information, and simplify training across multiple Beckman Coulter instruments
  • iWARE Integrated Urinalysis Software, standard on the analyser, that provides onboard validation and result verification into a single step, operator can improve efficiency of urinalysis testing and reduce manpower
  • Optional Load and Unload station that increases the capacity of racks for a total of 200 onboard samples to improve efficiency

Beckman Coulter Flow Cytometry

MICROSCOPY CHEMISTRY
Menu/Test parameters
  • Urine particles: RBC, WBC, WBC Clumps, Squamous Epithelial Cells, Non-Squamous Epithelial Cells, Hyaline Casts, Unclassified Casts, Crystals, Bacteria, Yeast, Sperm, Mucus
  • Additional categories for sub classification:
  • Unclassified casts: Granular, Cellular, Waxy, Broad, RBC, WBC, Epithelial Cell, Fatty Casts
  • Crystals: Calcium Phosphate, Uric Acid, Calcium Carbonate, Leucine, Cystine, Tyrosine, Amorphous Calcium Oxalate, Triple Phosphate
  • Non-squamous epithelial cells: Renal Epithelial, Transitional Epithelial
  • Yeast: Budding Yeast, Yeast with Pseudohyphae
  • Other: RBC Clumps, Fat, Oval Fat Bodies, Trichomonas, Dysmorphic RBCs
  • Body fluids: Cerebrospinal, Pleural, Peritoneal, Peritoneal Dialysate, Peritoneal Lavage, Pericardial, General Serous Fluids, Synovial Fluids
Test Strip Parameters: Bilirubin, Urobilinogen, Ketones, Ascorbic acid, Glucose, Protein, Blood, pH, Nitrite, Leukocytes System Parameters: Specific Gravity, Color, Clarity
Measurement technology Digital Flow Morphology using Auto-Particle Recognition Software
  • Specific gravity: Refractive Index
  • Clarity: Measured directly from scattered light
  • Color: Measured by transmitted light in the sample using proprietary algorithms
Measurement wavelengths N/A 5 LED wavelengths (472, 525 and 630nm)
Test strip N/A DxU 810c Iris Urine Chemistry Strip, 100-test vial; Storage 36-86°F (2-30°C)
Test strip capacity N/A Up to 300 test strips
Sample throughput
  • DxU Iris 850 Workcell: Up to 101 samples per hour
  • DxU Iris 840 Workcell: Up to 70 samples per hour
Up to 210 samples per hour
Sample identification and capacity
  • Auto-ID barcode or keyboard entry of ID
  • 10-tube rack system
  • Up to six racks for 60 sample walk away capability
Specimen volume
  • Minimum: 3.0 mL of un-spun urine
  • Aspiration: approximately 1.3 mL
Minimum: 2 mL, 40 mm from bottom of tube
Workstation
  • Computer with touch-screen monitor Windows 10
  • Keyboard Mouse
Data storage Onboard storage of up to 10,000 patient results
Communication interface Bidirectional with host query
Operating environment
  • Temperature: 64-82°F (18-28°C)
  • Humidity: 20-80%, non-condensing
Electrical power requirement Microscopy module 90-240 VAC, 50-60 Hz  Monitor 100-240 VAC, 50-60 Hz Chemistry module 100-240 VAC, 50-60 Hz