Cardiac Ultrasound Measurement Harmonization

Cardiac measurements face critical workflow challenges due to vendor-specific identifiers and formats. Our solution harmonizes measurements across systems while preserving accuracy.

The Challenge

Healthcare facilities face several challenges with cardiac measurements:

  • Measurement identifiers vary between vendors (SC2000 vs iE33)
  • Manual re-entry of measurements wastes time and risks errors
  • Different naming conventions break trending/reporting
  • Structured reporting integration fails due to identifier mismatches
  • Need for consistent measurement hierarchies
  • Quality assurance requirements

How It Works

Measurement Processing

Raw Data

Raw Data

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2

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4

Harmonized Data

SC2000

Capacitor

iE33

Identifier Mapping

Value Normalization

Validation

Structure Alignment

Reporting System

The Solution

Capacitor provides sophisticated measurement mapping:

  • Automatically translates measurement identifiers between vendors
  • Maps SC2000 measurements to match iE33 format (or vice versa)
  • Preserves all measurement values and precision
  • Ensures correct units and reference ranges
  • Maintains proper measurement hierarchies
  • Validates data consistency

Example Results

For common cardiac measurements:

  • EF calculations maintain consistency
  • Chamber measurements map correctly
  • Doppler values preserve units and sites
  • Strain analysis results integrate properly
  • Trending works across vendors

Value Delivered

  • Consistent measurements across vendor systems
  • Improved diagnostic reliability
  • Increased reporting efficiency
  • Better patient care through more reliable tracking
  • Enhanced diagnostic confidence
  • Simplified workflow for cardiologists and sonographers