Streamlined DVT Assessment

Enhancing clinical efficiency without compromising accuracy

VenoSense integrates seamlessly into the DVT diagnostic workflow, providing an automated and efficient solution for clinicians. Our system is designed to complement existing protocols while reducing the time, expertise, and resources required for accurate assessment.

By automating both the ultrasound procedure and the Wells score calculation, VenoSense reduces variability and improves accuracy while making DVT screening more accessible across different healthcare settings.

Reduces Examination Time

Complete DVT assessment in 10 minutes versus 30-45 minutes with traditional methods

Ensures Consistency

Standardized scanning protocol eliminates operator-dependent variations

Automated Documentation

Generates comprehensive reports and maintains digital records for seamless integration with EMR

VenoSense Workflow

Standard DVT Assessment: 30-45 minutes

Traditional

VenoSense DVT Assessment: 10 minutes

VenoSense

Saves up to 30 minutes per exam

Step-by-Step Process

How VenoSense streamlines DVT detection from start to finish

1

Patient Information & Risk Assessment

Input basic patient information and answer clinical questions for initial Wells score assessment to determine pre-test probability of DVT.

Patient Assessment
2

Device Positioning & Setup

The VenoSense device is positioned on the patient's leg using the ergonomic attachment system, ensuring proper alignment for the automated scan.

Device Positioned
3

Automated Ultrasound Scan

The system automatically performs a comprehensive venous ultrasound examination, capturing images at standardized locations along the lower extremity veins.

Scan in Progress
60% Complete Estimated time: 2:15
4

AI-Powered Image Analysis

VenoSense's proprietary algorithm analyzes the captured images in real-time, identifying venous obstruction, abnormal compressibility, and other DVT indicators.

AI Analysis
Compressibility
23%
Flow Detection
Limited
Confidence
96%
5

Results & Report Generation

The system generates a comprehensive report combining the Wells score assessment and ultrasound findings, with clear indication of DVT probability.

DVT Assessment Report
High DVT Probability
Wells Score: 4 (High Risk)
Ultrasound Findings

Clinical Integration

Designed to complement existing healthcare workflows

Standard Clinical Workflow
+
VenoSense Integration
Enhanced Diagnostic Results

Seamless Fit into Your Clinical Practice

VenoSense has been designed with real-world clinical environments in mind, easily adapting to various healthcare settings while enhancing diagnostic capabilities and efficiency.

Emergency Departments

Quick triage and assessment of suspected DVT cases without waiting for ultrasound technicians

Primary Care Clinics

Enable on-site DVT screening capabilities without referral to specialized imaging centers

Vascular Clinics

Improve patient throughput by automating routine DVT examinations

Rural & Underserved Areas

Bring advanced DVT diagnostic capabilities to locations without specialized personnel

Wells Score Integration

Evidence-based clinical decision support

Automated Clinical Assessment

The Wells Score is a clinically validated tool for assessing DVT probability. VenoSense digitizes and streamlines this process, combining clinical inputs with imaging findings for a comprehensive assessment.

Score Interpretation

0-1 Points
Low Risk
2 Points
Moderate Risk
≥3 Points
High Risk

Wells Criteria

Active cancer treatment (ongoing or within 6 months)
+1
Paralysis, paresis, or recent immobilization of lower extremities
+1
Recently bedridden >3 days or major surgery within 12 weeks
+1
Localized tenderness along deep venous system
+1
Entire leg swollen
+1
Calf swelling >3 cm compared to asymptomatic leg
+1
Pitting edema confined to symptomatic leg
+1
Collateral superficial veins (non-varicose)
+1
Previously documented DVT
+1
Alternative diagnosis as likely or more likely than DVT
-2
Total Wells Score:
3
HIGH RISK

Experience the VenoSense Difference

Ready to see how VenoSense can transform DVT detection in your clinical setting?