Portable, with trolley ultrasound system

for multipurpose ultrasound imaging3D/4D

Solution overview
In modern healthcare, ultrasound is an essential clinical tool that complements surgical and medical workflows to improve diagnostic accuracy and procedural guidance. 艾瑞迈迪 has conducted systematic research in ultrasound image processing covering 3D/4D reconstruction, 2D-to-3D fusion, respiratory motion detection, key-structure recognition from ultrasound images, and ultrasound image enhancement.

System modules

• Ultrasound reconstruction
  • 3D ultrasound reconstruction
  • 4D ultrasound reconstruction
  • Dynamic ultrasound imaging
• Ultrasound image enhancement
  • AI-based denoising
  • Key-structure recognition
• Multi-modal image fusion
  • Ultrasound–CT fusion
  • Ultrasound–MRI fusion
• Ultrasound robotics
  • Robotic arm control
  • Force feedback
  • 5G remote control
  • Ultrasound target tracking

Technical advantages

• 3D reconstruction and stitching: adaptive tetrahedral decomposition-based 3D ultrasound reconstruction that preserves multi-scale and multi-neighborhood information to improve stitching accuracy and consistency.
• 4D reconstruction: full-cycle 4D reconstruction from free-breathing 2D ultrasound acquisitions to support respiratory motion analysis and compensation.
• Ultrasound–CT/MR fusion: joint display of ultrasound with CT or MR to enhance image quality and improve multi-modal readability.
• Respiratory motion detection: real-time tracking of target tissues on ultrasound images for precise respiratory measurement and gating.

Features / Technical specifications

• Applicable functions: 3D/4D reconstruction, dynamic imaging, image enhancement, multi-modal fusion, robotic control and remote operation capability.
• Image enhancement: AI-driven denoising and automatic key-structure recognition to increase target identification rates.
• Multi-modal fusion: support for data fusion and joint visualization of ultrasound with CT and MRI.
• Respiratory management: target tracking and respiratory motion detection for accurate respiratory gating.
• Robotic module: robotic arm control, force feedback, 5G remote control and target tracking; integrable for telemedicine or remote-assisted surgical assistance.