Description

Mindray Consona N7 Exp 4D Color Doppler Ultrasound Machine – Specifications

1. System Overview

The Mindray Consona N7 Exp is a high-performance 4D Color Doppler ultrasound system designed for advanced diagnostic imaging in radiology, cardiology, obstetrics, gynecology, and general imaging. It is built on Mindray’s advanced ZST+ (Zone Sonography Technology) platform, delivering superior image clarity, speed, and diagnostic accuracy.

2. Imaging Technology

• Advanced ZST+ platform (Channel Data Processing)
• Supports 4D real-time imaging
• High-definition Color Doppler / Power Doppler / Directional Doppler
• Multi-beam forming technology for improved resolution
• Tissue harmonic imaging for enhanced image clarity
• Speckle reduction and image enhancement technologies

3. Display System

• 21.5-inch Full HD LED monitor
• 13.3-inch touchscreen control panel
• Adjustable and ergonomic user interface
• High-resolution real-time imaging display

4. Imaging Modes

• B-Mode (2D imaging)
• M-Mode
• Color Doppler Imaging
• Power Doppler Imaging
• Pulsed Wave Doppler (PW)
• Continuous Wave Doppler (CW)
• 4D / 3D Real-time imaging
• Tissue Doppler Imaging (TDI)
• Triplex mode (B + Color + Spectral Doppler)

5. Advanced Clinical Features

• Smart Scene 3D/4D obstetric imaging
• Smart OB – automatic fetal biometry measurements
• Smart Face – automatic fetal face reconstruction
• Auto EF – automatic ejection fraction calculation
• Smart Calc – automated measurement and calculation tools
• Smart HRI – liver and kidney brightness ratio analysis
• RIMT – real-time intima-media thickness measurement
• TTQA – myocardial synchronization analysis
• iTouch+ real-time image optimization
• HD Scope high-resolution focus imaging

6. Transducer Support

Compatible probes include:

• Convex probes: C6-1, C11-3, V11-3 series
• Linear probes: L13-3, L16-4HS
• Phased array probes: P4-2, P8-2 series
• 4D volume probes: DE11-3, D7-2
• Pencil / CW probes: CW2s, CW5s

7. System Performance

• High-speed digital processing architecture
• Real-time 4D rendering capability
• High frame rate imaging
• Low noise operation
• Optimized workflow automation for fast diagnosis

8. Storage & Connectivity

• Built-in patient data management system
• USB and DICOM connectivity
• HDMI output support
• Network integration for hospital systems (PACS)

9. Ergonomics & Design

• Ergonomic adjustable control panel
• Compact and mobile workstation design
• Multi-angle rotating monitor arm
• User-friendly interface designed for long clinical sessions

10. Clinical Applications

• Obstetrics & Gynecology (OB/GYN)
• Cardiology
• Abdominal imaging
• Vascular studies
• Small parts imaging (thyroid, breast, MSK)
• Urology