Field-Optimized Design
A lightweight hardware solution weighing under 2 kg, specifically designed for outreach and mobile screening.
Capture. Analyze. Prevent. Experience a connected imaging workflow from capture to diagnosis in a single, mobile ecosystem.
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The Problem
Current X-ray diagnostics suffer from manual transfers, workstation dependency, and communication breakdowns between silos.
Traditional systems rely on heavy on-premise servers and complex PACS setups that are often inaccessible to rural clinics or mobile units.
Explore the DX-1 Solution“Our goal is to eliminate the turnaround time problem in imaging, providing radiographers and doctors with a seamless integration that works anytime, anywhere.”
DX-1 ADVANTAGE
A lightweight hardware solution weighing under 2 kg, specifically designed for outreach and mobile screening.
A seamless capture experience featuring smart alignment and real-time sharpness feedback.
DX-1 SOFTWARE
A connected 30-second workflow bridging the gap
from patient registration to final reporting
Automated detection for fractures, lung opacity,
and TB patterns to assist clinical decision-making
Generates polished radiology-grade PDF reports
in seconds with auto-filled patient data.
Review X-rays on the go without being tied to a fixed workstation.
Healthcare-compliant encrypted storage and transmission.
Local processing power reduces the impact of unstable network environments.
Seamlessly connects with existing DR/CR X-ray systems and HIS/EMR platforms.
Faster imaging translates directly to faster clinical decisions and improved patient outcomes.
Side-by-side comparison tools for current vs. prior results to enhance diagnostic accuracy
Average time for a full digital exam from registration to report.
Total weight for high-portability field use.
High-fidelity dynamic range for superior image depth.
Optional high-speed cellular connectivity for disaster and emergency response.
AI Accuracy with advanced detection of tuberculosis and fracture patterns.
Cloud-ready ecosystem for remote radiological review.