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ECO-202A


R&D Backroungs

  • Microwave ablation operation requires guidance of imaging equipment
  • The antenna puncture and ablation process cannot be monitored in real time, though CT guided images are clear
  • Under the guidance of B-ultrasound, the probe puncture and ablation status can be displayed in real time,but due to the influence of tissue vaporization, the image boundary is relatively blurred

With clear imaging and real-time monitoring of ablation effects

  • The system was developed by our R&D department in collaborationwith the University of Houston and Beihang University, and wasfinalized by the end of 2020 after 8 years of continuous research.

Description Advantages Application Value Evidence Video

Three-dimensional intelligent microwave ablation system promotes the standardization. Standardization and precision of microwave ablation surgery and reduces the threshold of surgical experience through tumor area intelligence, tumor three-dimensional reconstruction and segmentation, ablation plan assisted design, and immediate postoperative effect evaluation.

It improves the rate of complete ablation of liver tumors, shortens ablation time, reduces ablation energy, and has a lower complication rate, significantly reduces liver function damage, and has significant therapeutic effects.

Smart Operative Planning

Intelligent registration and fusion

Support multiple modes includingCT,MR,and other homologous andnon-homologous image fusion

Contour-based lnteractiveDelineation and Segmentation

Quickly achieve different tissue segmentationand 3D reconstruction,and clarify the lesionlocation, size and tissue adjacent relationship

Patented probe planning analog simulation algorithm

Couple calculation of puncture angle anddepth, avoid important structures, and set the optimal probe placement path

Intelligently recommend ablation parameters

Automatically recommend conformal ablation parameters based on lesion location and probe planning scheme

 

 

 

 

Synchronous Verification

lntelligent Auxiliary Diagnosis

High precision 3D reconstruction of lesion location and tissuerelationship to reduce thedifficulty of identification

Ablation Scheme Recommendations

Automatically calculate theoptimal probe planning schemeand ablation parameters toreduce the difficulty of operation

Analog Simulation of Ablation Field

Real-time synchronization andsimulation of ablation status to reduce the risk of thermaldamage and incomplete ablation

Immediate Assessment of Efficacy

Accurately assess the visualized efficacy, and automaticallycalculate assessment data

 

 

 

 

 

3D-guided.pdf

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