4D Color Doppler Ultrasound System NEUCU41
$27,990.00$29,770.00 (-6%)
– Advanced 4D Color Doppler Ultrasound System for precise imaging.
– Dual monitors: 19’’ medical monitor and 10.4’’ touch monitor.
– Versatile imaging modes including 2D, 3D, 4D, and various Doppler options.
– Features like Automatic Image Optimization and Tissue Harmonics Imaging for enhanced diagnostics.
– DICOM compliant with export options: USB, Ethernet, and various image formats.
– Supports multiple applications: Abdominal, OB/GYN, Cardiac, Urology, and more.
– Real-time three synchronous unit displaying 2D and Doppler simultaneously.
– High resolution and sensitivity with a dynamic range of up to 260 dB.
– Customizable user interface with preset parameters for efficiency.
– Lightweight and portable design with various probe options available.
4D Color Doppler Ultrasound System NEUCU41
Advanced Multi-Application Diagnostic Imaging System with Real-Time 4D Technology
The NEUCU41 represents the pinnacle of ultrasound imaging technology, combining advanced 4D Color Doppler capabilities with dual-monitor functionality and comprehensive clinical applications. Featuring automatic image optimization, tissue harmonic imaging, and DICOM compliance, this system delivers exceptional diagnostic precision for abdominal, cardiac, OB/GYN, vascular, and musculoskeletal examinations. With its intuitive touch interface and customizable presets, the NEUCU41 enhances workflow efficiency while providing superior image quality for healthcare professionals.
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Revolutionary 4D Ultrasound Technology for Comprehensive Diagnostics
The 4D Color Doppler Ultrasound System NEUCU41 represents a breakthrough in medical imaging technology, delivering exceptional diagnostic capabilities across multiple clinical specialties. Built on a Windows Embedded operating system with Intel i5 processor and dual-monitor configuration, this advanced system combines a 19-inch medical-grade monitor with a 10.4-inch touch screen interface for intuitive operation and optimal visualization. The system’s comprehensive imaging modes include 2D, 3D, 4D, Color Doppler, Power Doppler, PW/CW Doppler, and Tissue Doppler, providing healthcare professionals with complete diagnostic flexibility.
Engineered for clinical excellence, the NEUCU41 features advanced technologies including Compound Imaging, Speckle Reduction Imaging, and Tissue Harmonics Imaging that enhance image quality and diagnostic accuracy. The system supports four active probe ports with a wide range of transducer types including convex, linear, sector phased, micro convex, 4D volume convex, endocavity, and veterinary linear probes. With DICOM compliance and multiple export options including USB, Ethernet, and network storage, the NEUCU41 seamlessly integrates into modern healthcare IT infrastructures while delivering superior imaging performance for abdominal, OB/GYN, cardiac, vascular, small parts, pediatric, and musculoskeletal applications.
Clinical Applications
Technical Specifications
| Model | MSLCU41 3.0 VERSION |
| SKU | NEUCU41 |
| Computer Specifications | Windows Embedded operation system (CN, EN language), 19″ medical monitor (1280×1024) + 10.4″ touch monitor, Intel i5 processor, 4G RAM, 120G SSD + 500G HDD |
| Imaging Modes | 2D, 3D, 4D, Color/PW/CW/Power/Directional Color Power Doppler, Tissue Doppler, Color M-Mode, Free Steering (Anatomical) M-Mode |
| Advanced Features | Compound Imaging, Speckle Reduction Imaging, Tissue Harmonics Imaging, 4D Real-Time Imaging, Automatic Image Optimization, Tissue Doppler, Multi-Beam, IMT, Trapezoidal Imaging, iBank Database |
| Dynamic Range | Up to 260 dB (15-145 dB visible adjustable) |
| Image Resolution | Longitudinal ≤1 mm, Horizontal ≤0.5 mm |
| Scanning Depth | ≥360 mm |
| DICOM Modes | Store, Print, Working List, Storage Commitment, Structured Reports |
| Export Options | DICOM, Ethernet, JPG/BMP/PNG, AVI, Network Storage, USB Memory Stick, USB DVD/CD+R(W) |
| Input/Output | VGA, 2 USB Ports, Ethernet, DICOM, Built-in Speakers |
| Transducer Types | Convex (2.5-5.0 MHz), Linear (6.0-14.0 MHz), Sector Phased (2.0-5.5 MHz), Micro Convex, 4D Volume Convex (2.0-5.5 MHz), Endocavity (5.0-9.0 MHz), Veterinary Linear |
| Applications | Abdominal, OB/GYN, Urology, Cardiac, Vascular, Small Parts, Pediatric, Musculoskeletal |
| Probe Ports | 4 Active Ports |
| Cine Memory | >10 seconds, 750 frames |
| Scanning Angles | Abdominal probe ≥105°, Intracavity probe ≥160°, Convex probe 20°-85° adjustable |
| Blood Flow Sensitivity | ≤1 mm/s |
| Maximum Blood Flow Velocity | PWD ≥12,300 mm/s, CW ≥33,200 mm/s |
| Sample Width Range | 0.5-40 mm |
| Storage Capacity | 560GB Hard Disk |
| Display | 19″ LED High Resolution Display + 10.4″ LED Touch Screen |
Key Features & Advanced Technologies
One-Key Automatic Optimization
Revolutionary AUTO function automatically adjusts and optimizes all imaging parameters based on tissue echo signals. The system intelligently optimizes spectrum, baseline, and pulse repetition frequency to instantly deliver satisfactory ultrasound images, dramatically improving workflow efficiency and reducing operator adjustment time during clinical diagnosis.
Intelligent Parameter Preset System
Advanced tissue characteristic imaging features allow practitioners to preset optimal parameters for different organs including liver, gallbladder, kidney, uterus, and ovaries. Simply select the preset key for the target organ, and the system automatically adjusts to the ideal diagnostic state without manual parameter adjustment, ensuring consistent image quality and enhanced diagnostic efficiency.
Dual Monitor Configuration
Sophisticated dual-display system featuring a 19-inch medical-grade monitor (1280×1024 resolution) for primary imaging and a 10.4-inch LED touch screen for intuitive menu operation and parameter control. This configuration optimizes workflow by separating image visualization from system control, enabling more efficient examinations.
Space Compound Imaging Technology
Advanced compound imaging technology combines multiple scan lines from different angles to reduce artifacts, minimize speckle, and enhance border definition. This results in exceptional image resolution with longitudinal clarity ≤1 mm and horizontal resolution ≤0.5 mm, enabling detection of early-stage small lesions and improving diagnostic accuracy.
Tissue Harmonic Imaging (THI)
Comprehensive harmonic imaging system incorporating three advanced technologies: filtering harmonic, reverse phase pulse harmonic, and broadened pulse harmonic. The system achieves pure tissue harmonic imaging with adjustable frequencies and three harmonic model options for abdomen, high-frequency, and cavity probes, delivering superior image quality across all applications.
Adaptive Speckle Suppression
Sophisticated speckle reduction technology clarifies tissue boundaries and enhances layer differentiation, revealing complete contours of complex pathological changes. This technology facilitates early pathological change identification, improves diagnostic accuracy, and is particularly valuable for challenging imaging scenarios and ultrasound-guided interventional procedures.
Real-Time 4D Imaging
Built-in 4D real-time imaging module with dedicated volume probes (2.0-5.5 MHz) enables dynamic three-dimensional visualization of anatomical structures. Ideal for obstetric applications, cardiac studies, and complex anatomical assessments requiring spatial relationship understanding and real-time volumetric rendering.
Real-Time Spectrum Analysis (RTSA)
Advanced D-mode scanning automatically envelopes spectrum and calculates comprehensive hemodynamic parameters including PSV, EDV, AVp, AVm, ATS, DT, RI, and PI. This real-time analysis capability provides immediate quantitative blood flow data essential for vascular diagnostics and cardiac assessments.
Trapezoidal and Broadened Imaging
Linear array probes feature trapezoidal imaging and 2D beam deflection technology for wider field of view, while convex probes utilize broadened sector imaging (≥105°) for comprehensive organ visualization. These technologies effectively avoid anterior obstructions and reveal structures behind high-reflective tissues, particularly valuable for challenging anatomical areas.
High-Sensitivity Color Flow Imaging
Integration of real-time dynamic density beam scanning (HDB) with high-sensitivity color flow mapping (HSCFM) delivers exceptional flow sensitivity (≤1 mm/s) with maximum velocity measurement capabilities up to 12,300 mm/s (PWD) and 33,200 mm/s (CW). Color flow deflection technology with adjustable angles ensures optimal blood flow detection regardless of vessel orientation.
Custom Shortcut System
Five programmable custom shortcut buttons enable users to define frequently used functions for one-touch access, eliminating repetitive parameter adjustments. This intelligent operation system significantly accelerates diagnostic workflows and allows personalization based on individual practitioner preferences and common examination protocols.
Comprehensive DICOM Integration
Full DICOM 3.0 compliance with Store, Print, Working List, Storage Commitment, and Structured Reports functionality. Multiple export formats (JPG, BMP, PNG, AVI) and connectivity options (Ethernet, USB, DVD/CD) ensure seamless integration with PACS systems and electronic medical records for efficient workflow and data management.
Why Choose the NEUCU41 Ultrasound System
Unparalleled Imaging Performance: The NEUCU41 delivers exceptional diagnostic imaging quality through its combination of advanced technologies including compound imaging, tissue harmonic imaging, and speckle reduction. With a dynamic range up to 260 dB and resolution down to 0.5 mm horizontal and 1 mm longitudinal, this system provides the clarity and detail necessary for confident diagnosis across all clinical applications. The high-frequency linear probes reaching 14 MHz enable superior small parts and musculoskeletal imaging, while the deep penetration capabilities (≥360 mm) ensure excellent image quality even in challenging patients.
Enhanced Clinical Workflow Efficiency: Designed with the busy clinical environment in mind, the NEUCU41 features intelligent automation including one-key optimization, customizable presets for different organs, and five programmable shortcut buttons. The dual-monitor configuration with touch screen interface streamlines operation, while the browse window function allows real-time comparison with previously saved images. The task lamp navigation system guides operators through procedures with color-coded indicators, reducing training time and improving examination consistency across different users.
Comprehensive Clinical Versatility: With four active probe ports supporting seven different transducer types and eight primary clinical applications, the NEUCU41 serves as a complete diagnostic solution for multi-specialty practices and hospitals. The system’s extensive measurement packages cover general, peripheral vascular, gynecology, obstetrics, cardiac, urology, neonatal, and orthopedic applications. Real-time 4D imaging capabilities enhance obstetric examinations, while the full range of Doppler modes (Color, Power, PW, CW, Tissue) provides comprehensive hemodynamic assessment for vascular and cardiac studies.
Advanced Data Management and Connectivity: The built-in E-COM graphic management system with 560GB storage capacity enables comprehensive patient data management, including editable bilingual diagnostic reports with embedded images. Full DICOM compliance ensures seamless integration with existing hospital information systems, while multiple export options (USB, Ethernet, DVD, network storage) provide flexibility for data sharing and archiving. The system’s Windows Embedded platform with Intel i5 processor delivers reliable performance and familiar operation for healthcare IT integration.
Frequently Asked Questions
What clinical applications is the NEUCU41 suitable for?
The NEUCU41 is a versatile whole-body ultrasound system suitable for abdominal imaging, OB/GYN examinations, cardiac studies, vascular assessments, urology, small parts imaging (thyroid, breast, testicular), pediatric and neonatal applications, and musculoskeletal evaluations. With its comprehensive probe selection and specialized measurement packages, it serves as a complete diagnostic solution for multi-specialty practices, hospitals, and imaging centers.
What makes the 4D imaging capability valuable for obstetric examinations?
The real-time 4D imaging capability provides dynamic three-dimensional visualization of fetal anatomy, enabling better assessment of facial features, limb development, and anatomical structures. The dedicated 4D volume probe (2.0-5.5 MHz) with built-in imaging module delivers smooth real-time rendering that enhances patient bonding experiences while providing clinicians with superior spatial understanding of complex anatomical relationships, particularly valuable for detecting certain congenital abnormalities.
How does the automatic optimization function work?
The AUTO function uses intelligent algorithms to analyze echo signals from different tissue types and automatically adjusts gain, focus, depth, frequency, and other parameters to optimize image quality. When examining different organs or tissue types, simply press the AUTO key and the system instantly configures itself for optimal imaging. This dramatically reduces the time spent on manual adjustments and ensures consistent image quality, particularly beneficial for less experienced operators or during high-volume examinations.
What probe options are available with the NEUCU41?
The system supports a comprehensive range of transducers including convex probes (2.5-5.0 MHz) for abdominal imaging, high-frequency linear probes (6.0-14.0 MHz) for small parts and musculoskeletal applications, endocavity probes (5.0-9.0 MHz) for transvaginal examinations, 4D volume probes (2.0-5.5 MHz) for obstetric 4D imaging, phased array cardiac probes (2.0-5.5 MHz), micro convex probes, and veterinary linear probes. With four active probe ports, multiple probes can remain connected for quick switching between examination types.
Is the system DICOM compliant and how does it integrate with hospital IT systems?
Yes, the NEUCU41 is fully DICOM 3.0 compliant, supporting Store, Print, Working List, Storage Commitment, and Structured Reports. The system seamlessly integrates with PACS (Picture Archiving and Communication Systems) and hospital information systems via Ethernet connectivity. Images and reports can be exported in multiple formats (DICOM, JPG, BMP, PNG, AVI) through various methods including network storage, USB devices, and built-in DVD/CD burning, ensuring flexible data management and easy integration into existing workflows.
What are the advantages of tissue harmonic imaging on this system?
The NEUCU41 employs three advanced harmonic technologies—filtering harmonic, reverse phase pulse harmonic, and broadened pulse harmonic—to achieve superior tissue harmonic imaging. This significantly reduces artifacts, improves border definition, enhances contrast resolution, and provides better penetration in difficult-to-image patients. Harmonic imaging is available across multiple probe types with adjustable frequencies and three selectable harmonic models, making it particularly valuable for abdominal imaging in obese patients and cardiac examinations where image quality is traditionally challenging.
How sensitive is the color Doppler for detecting low-velocity blood flow?
The NEUCU41 features exceptional color Doppler sensitivity with detection capability down to ≤1 mm/s, enabled by the combination of high-sensitivity color flow mapping (HSCFM) technology and real-time dynamic density beam scanning (HDB). This ultra-sensitive flow detection is crucial for identifying slow venous flow, detecting early perfusion changes in tumors, and visualizing small vessel networks. The color flow deflection technology with adjustable angles further enhances sensitivity by optimizing the Doppler angle regardless of vessel orientation.
What kind of training and support is typically provided with the system?
The NEUCU41 is designed for intuitive operation with its Windows-based interface, touch screen controls, and task lamp navigation system that guides users through procedures. The preset parameters for different organs and one-key optimization reduce the learning curve significantly. The system’s customizable shortcut buttons and automated functions make it accessible for users with varying experience levels while still offering advanced capabilities for expert sonographers. Contact Neuvar Inc. for specific training and support programs available with your purchase.
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