Interventional radiology surgical navigation system

SPECTelectromagnetic

Overview
Ultrasound has become an indispensable clinical tool across multiple medical specialties, supporting both surgical and internal medicine workflows. 艾瑞迈迪 leverages long-standing expertise in image processing to develop comprehensive solutions for ultrasound 3D/4D reconstruction, 2D–3D fusion, respiratory motion detection, precise identification of key anatomical structures, and ultrasound image enhancement.

System modules

• Ultrasound reconstruction
  • 3D ultrasound reconstruction
  • 4D ultrasound reconstruction
  • Dynamic ultrasound imaging
• Ultrasound image enhancement
  • AI denoising
  • Key-structure recognition
• Multimodal 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 subdivision-based 3D reconstruction that integrates multi-scale and multi-neighborhood information during stitching.
• 4D reconstruction: full-cycle large-field 4D reconstruction from 2D ultrasound acquired during free-breathing, enabling respiratory motion analysis and compensation.
• Ultrasound–CT/MR fusion: fused display with CT/MR to improve ultrasound image quality and clinical interpretability.
• Respiratory motion detection: target-tissue tracking on ultrasound images to measure breathing motion and enable precise respiratory gating.

Technical specifications

• 3D ultrasound reconstruction and stitching (adaptive tetrahedral subdivision, multi-scale/multi-neighborhood integration)
• 4D ultrasound reconstruction (full-cycle reconstruction and respiratory compensation for free-breathing acquisitions)
• Dynamic ultrasound imaging and large-field reconstruction
• Ultrasound image enhancement (AI denoising, precise key-structure recognition)
• Multimodal image fusion (ultrasound with CT, ultrasound with MRI)
• Respiratory motion detection and gating (based on target-tissue tracking)
• Ultrasound robot module (robotic arm control, force feedback, 5G remote control, ultrasound target tracking)