3D viewing software module CS Airway Module

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Overview
The CS Airway Module is an optional component for CS 3D Imaging that automates segmentation and measurement of the upper airway in seconds and generates color 3D renderings to support clinical assessment and patient communication.

Automatic measurements
Key airway metrics are calculated automatically and updated dynamically to save time.

• Automatic calculation of total airway volume
• Automatic determination of minimal cross-sectional area (CSA)
• Anterior/posterior (A/P) and left/right (L/R) dimensional measurements
• Real-time measurement updates while navigating slices or changing angulation

Easy airway analysis
Tools designed for fast, reproducible airway evaluation.

• Segmentation workflow achievable in as little as two clicks
• Color-coded 3D views that clearly highlight constrictions
• Customizable color scale and threshold settings
• One-click centering at the location of each slice of interest for faster review

Enhanced communication
Create clear 3D visualizations to explain findings and treatment options to patients and colleagues.

• Realistic before-and-after visualizations to aid patient acceptance
• Print or copy/paste screen captures for sharing with referrals, insurers or clinical records

Low-dose imaging
Optimized for CBCT acquisition to minimize patient dose and scan time while maintaining diagnostic quality.

• Acquire low-dose CBCT images at doses comparable to 2D panoramic imaging
• Reduced scan times while preserving diagnostic image quality

Technical specifications

• Optional software module for CS 3D Imaging
• Automatic segmentation and measurement of the upper airway
• Computed metrics: total volume, minimal CSA, A/P and L/R dimensions
• Real-time measurement updates when navigating slices or changing angulation
• Segmentation in two clicks and one-click centering
• Color-coded 3D renderings with customizable color scales and thresholds
• Tools for printing and exporting screen captures
• Supports low-dose CBCT acquisitions to reduce patient dose and scan time