Mindray Consona-N9 Exp 4D Color Doppler Ultrasound Machine

Description

🏥 Mindray Consona N9 Exp 4D Color Doppler Ultrasound Machine – Specifications

🔬 System Overview

• Type: Premium shared-service diagnostic ultrasound system
• Applications: General imaging, OB/GYN, cardiology, vascular, musculoskeletal, urology, small organs
• Technology Platform: Mindray ZST+ (Zone Sonography Technology+) for advanced image reconstruction and clarity
• Imaging Modes:
  • B-mode
  • M-mode
  • Color Doppler
  • Power Doppler
  • Pulsed Wave Doppler (PW)
  • Continuous Wave Doppler (CW)
  • 4D/Real-time 3D imaging
  • Tissue Harmonic Imaging
  • Elastography (strain & shear-based options)

🧠 Advanced Imaging & AI Features

• Smart 4D/OB Suite
  • Smart OB (fetal biometry automation)
  • Smart Face (automatic fetal face reconstruction)
  • Smart Planes CNS (automatic brain plane detection)
  • Smart 3D Scene rendering
• Smart Diagnostic Tools
  • Smart Thyroid (TI-RADS analysis)
  • Smart Breast (BI-RADS analysis)
  • Smart Bladder volume measurement
  • Smart Hip (Graf classification automation)
• Cardiovascular AI
  • Auto EF (automatic ejection fraction calculation)
  • TTQA myocardial analysis
  • RIMT vascular measurement

🖥️ Imaging Performance

• High-resolution architecture: ZST+ beamforming replacement system
• Excellent spatial & temporal resolution balance
• Advanced microvascular imaging (HR Flow)
• HD Scope contrast enhancement for ROI imaging
• 4D real-time volume imaging with high frame rate

📺 Display & Control System

• Main monitor: 23.8-inch high-resolution LED display (bezel-less design)
• Touch screen: 15.6-inch anti-glare intelligent control panel
• Ergonomic control panel: height adjustable, rotatable, user-friendly workflow

🔌 Transducer Support

Compatible with wide probe range:

• Convex array probes (abdominal/OB)
• Linear array probes (vascular/small parts/MSK)
• Phased array probes (cardiac)
• 4D volume probes (obstetrics & gynecology)
• Endocavity probes (transvaginal/transrectal)

⚙️ System Capabilities

• Fully digital beamforming system
• Real-time 4D imaging capability
• Advanced Doppler sensitivity for low-flow detection
• Multi-language interface
• DICOM connectivity (PACS integration)

🏥 Clinical Applications

• Obstetrics & Gynecology (high-end 4D fetal imaging)
• Cardiology (echo, EF, Doppler analysis)
• Radiology / General abdominal imaging
• Vascular studies
• Small parts (thyroid, breast, testis)
• Musculoskeletal ultrasound

📊 Workflow & Ergonomics

• AI-assisted measurements reduce operator dependency
• Fast preset-based scanning workflow
• Low noise operation
• Compact, mobile cart design with adjustable monitor arm
• Designed for high patient throughput environments