4D Ultrasound Machine with Touch Screen, Used for Women Healthcare and Neonate Check NEUCU54
$23,900.00$26,900.00 (-11%)
– Advanced 4D ultrasound technology for women’s healthcare and neonate checks
– User-friendly touch screen interface for easy operation
– Full digital beam former and dynamic image enhancement technology
– High-resolution 19-inch LCD monitor, flicker-free for reduced eye strain
– Ergonomically designed silicon keyboard for user comfort
– Versatile probe options including convex, linear, transvaginal, and more
– Height and angle adjustable monitor and control panel for optimal use
– Continuous operation time exceeding 8 hours on regulated voltage supply
– Adjustable contrast and brightness settings for improved visibility
– Equipped with integrated speakers for enhanced audio capabilities
4D Ultrasound Machine with Touch Screen NEUCU54
Advanced Diagnostic Imaging System for Women Healthcare and Neonate Check
State-of-the-art 4D ultrasound system featuring full digital beam former technology with intuitive touch screen control. Delivers exceptional real-time three-dimensional imaging for obstetric examinations and neonatal assessments with 19-inch high-resolution display, multi-beam dynamic enhancement, and ergonomic design supporting 8+ hours continuous operation. Complete with multiple interchangeable probes for comprehensive diagnostic capabilities.
Fast Worldwide Shipping
CE & FDA Approved
24/7 Expert Support
Medical Grade Quality
Advanced 4D Ultrasound Technology for Women’s Healthcare
The NEUCU54 4D Ultrasound Machine represents the pinnacle of diagnostic imaging technology for obstetric and neonatal applications. This advanced system combines full digital beam former technology with an intuitive touch screen interface, delivering exceptional real-time three-dimensional imaging capabilities that revolutionize prenatal care and neonatal assessments.
Built with a complete digital architecture, the NEUCU54 eliminates traditional analog limitations while providing superior image quality through 64 A/D sampling channels and dynamic focusing technology. The system’s multi-beam technology enhances dynamic image performance, while high-density probes with broader frequency bands optimize both far and near-field imaging capabilities.
Designed for clinical excellence, this ultrasound system features a 19-inch high-resolution LCD monitor with flicker-free display technology, ergonomic silicon keyboard following ergonomic principles, and height and angle adjustable positioning that reduces operator fatigue during extended examination sessions. With the ability to operate continuously for over 8 hours and support for multiple interchangeable probes, the NEUCU54 provides comprehensive diagnostic capabilities for diverse clinical workflows.
The system’s advanced visualization capabilities include real-time 4D imaging that adds the temporal dimension to traditional 3D ultrasound, enabling healthcare providers to observe fetal movements and development with unprecedented clarity. This technology supports critical obstetric examinations, comprehensive neonatal assessments, and detailed anatomical evaluations that enhance clinical decision-making and patient care outcomes.
Clinical Applications
Technical Specifications
Physical Dimensions
| Length | 730 mm |
| Width | 1,130 mm |
| Height | 1,440 mm |
| Net Weight | 85.0 kg |
Power Requirements
| Input Voltage | AC 100V-242V |
| Input Power | 200 VA |
| Frequency | 50Hz/60Hz |
| Continuous Operation | Exceeding 8 hours |
Display System
| Monitor Size | 19-inch LCD Touch Screen |
| Display Technology | High-resolution, Flicker-free |
| Monitor Adjustability | Height and Angle Adjustable |
| Screen Saver | Adjustable Timing |
| Brightness Control | Adjustable Contrast and Brightness |
Imaging Technology
| Beam Former | Full Digital Beam Former |
| A/D Sampling Channels | 64 Channels |
| Focusing Technology | Digital Dynamic Focusing |
| Aperture | Variable Aperture |
| Image Enhancement | Multi-beam Dynamic Enhancement |
| Imaging Modes | 2D, 3D, 4D Real-time Visualization |
Control Interface
| Keyboard Type | Ergonomic Silicon Keyboard with Backlight |
| Control Panel | Height-adjustable Rotating Design |
| Input Methods | Touch Screen, Trackball, Function Keys |
| TGC Segments | 8-segment Time Gain Compensation |
| User Presets | User-defined Function Keys |
| Audio | Integrated Speakers |
Interchangeable Probe Options
The NEUCU54 supports multiple high-density probes with broader frequency bands for optimized imaging across diverse clinical applications:
| Probe Type | Model | Frequency Range | Availability |
|---|---|---|---|
| Convex | 35C50N | 2.0-5.0 MHz | Standard |
| Linear | 75L40N | 5.0-14.0 MHz | Optional |
| Transvaginal | 65C10N | 5.0-10.0 MHz | Optional |
| Micro-convex | 35C20H | 2.5-5.0 MHz | Optional |
| Volume (4D) | 35D40J | 3.0-5.0 MHz | Optional |
| Phased Array | 30P16N | 2.0-5.0 MHz | Optional |
| High-frequency Micro-convex | 65C15N | 3.0-8.0 MHz | Optional |
Key Features & Benefits
Advanced 4D Visualization Technology
Experience real-time three-dimensional imaging with temporal dimension, enabling observation of fetal movements and development with unprecedented clarity. The full digital beam former eliminates traditional analog limitations while delivering superior image quality for critical obstetric and neonatal assessments.
High-Resolution Touch Screen Display
19-inch LCD monitor with flicker-free technology provides exceptional image clarity while minimizing operator eye strain during extended examination sessions. Height and angle adjustable mounting ensures optimal viewing position for enhanced diagnostic accuracy and operator comfort.
Intuitive Touch Screen Control
Integrated touch screen interface combined with ergonomic silicon keyboard provides streamlined workflow and efficient operation. User-defined function keys and trackball navigation enable rapid access to frequently used features and scanning parameters.
Multi-Beam Dynamic Enhancement
Advanced multi-beam technology enhances dynamic image quality across all scanning modes, delivering superior resolution and tissue differentiation. Digital dynamic focusing with variable aperture optimizes image quality at all depths for comprehensive anatomical evaluations.
64-Channel Digital Architecture
Full digital signal processing with 64 A/D sampling channels ensures exceptional image quality and processing speed. Complete digital architecture eliminates noise and artifacts associated with analog systems while providing consistent, reproducible diagnostic images.
Multiple Probe Compatibility
Support for seven different probe types including convex, linear, transvaginal, micro-convex, volume, phased array, and high-frequency probes enables comprehensive diagnostic capabilities across obstetric, gynecological, and neonatal applications with frequency ranges from 2.0 to 14.0 MHz.
Ergonomic Design Philosophy
Silicon keyboard follows ergonomic principles with backlit keys for comfortable operation in various lighting conditions. Height-adjustable rotating control panel reduces operator fatigue during extended scanning sessions, supporting clinical workflows exceeding 8 hours continuous operation.
Strong Power Adaptability
Wide input voltage range (AC 100V-242V) with regulated power supply ensures reliable operation across diverse geographical locations and electrical infrastructures. Automatic frequency detection (50Hz/60Hz) provides seamless operation without manual configuration.
Advanced Time Gain Compensation
8-segment TGC control provides precise adjustment of image brightness at different depths, ensuring optimal visualization of anatomical structures throughout the scanning field. Independent control over near and far field imaging enhances diagnostic accuracy.
Customizable Display Settings
Adjustable contrast and brightness controls with screen saver functionality allow optimization of image display for various lighting conditions. Flicker-free display technology reduces eye strain during prolonged examination periods.
Integrated Audio System
Built-in speakers enable Doppler audio output for blood flow assessment and fetal heart rate monitoring. Audio feedback enhances diagnostic capabilities and provides additional clinical information during examinations.
Comprehensive Data Management
User-defined presets and customizable scanning protocols streamline workflow efficiency. Alphanumeric keys and function buttons provide rapid data entry and patient information management during clinical examinations.
Why Choose NEUCU54 4D Ultrasound Machine
Superior Imaging Technology: The NEUCU54 leverages full digital beam former technology with 64 A/D sampling channels to deliver exceptional image quality that surpasses traditional analog systems. Multi-beam dynamic enhancement technology optimizes image resolution across all scanning modes, while high-density probes with broader frequency bands (2.0-14.0 MHz) ensure superior visualization of both far and near-field anatomical structures. This advanced imaging capability supports critical diagnostic decisions in obstetric and neonatal care with unprecedented clarity and detail.
Clinical Versatility and Comprehensive Applications: With support for seven different probe types and real-time 4D visualization capabilities, the NEUCU54 provides comprehensive diagnostic coverage for women’s healthcare and neonatal assessments. From first-trimester screening and high-risk pregnancy management to neonatal neurology and gynecological examinations, this system adapts to diverse clinical requirements. The ability to perform obstetric monitoring, fetal development tracking, and detailed anatomical evaluations within a single platform maximizes clinical efficiency and diagnostic capabilities.
Ergonomic Excellence and Operator Comfort: Designed with healthcare professionals in mind, the NEUCU54 features an ergonomic silicon keyboard, height-adjustable control panel, and angle-adjustable 19-inch flicker-free display that minimize operator fatigue during extended examination sessions. The system supports continuous operation exceeding 8 hours, making it ideal for busy clinical environments and high-volume practices. Intuitive touch screen interface combined with trackball navigation and user-defined function keys streamlines workflow efficiency, reducing examination times while maintaining diagnostic accuracy.
Reliability and Global Adaptability: Built for worldwide deployment, the NEUCU54 features strong power adaptability with AC 100V-242V input voltage range and automatic 50Hz/60Hz frequency detection, ensuring reliable operation across diverse geographical locations and electrical infrastructures. The robust construction with regulated power supply, integrated audio system, and comprehensive control features provides dependable performance for critical clinical applications. Combined with worldwide shipping, 24/7 expert support, and medical-grade quality standards, the NEUCU54 represents a long-term investment in diagnostic excellence for women’s healthcare and neonatal care facilities globally.
Frequently Asked Questions
What is the difference between 3D and 4D ultrasound imaging?
While 3D ultrasound creates three-dimensional static images of anatomical structures, 4D ultrasound adds the temporal dimension (time) to provide real-time three-dimensional visualization. The NEUCU54’s 4D capability allows healthcare providers to observe fetal movements, facial expressions, and development in real-time, providing enhanced clinical information for obstetric assessments. This technology is particularly valuable for evaluating fetal anatomy, detecting anomalies, and enhancing bonding experiences for expectant parents through live visualization of fetal activities.
Which probes are included as standard with the NEUCU54, and which are optional?
The NEUCU54 comes standard with the 35C50N Convex probe (2.0-5.0 MHz), which is suitable for most obstetric and abdominal applications. Optional probes include: 75L40N Linear probe (5.0-14.0 MHz) for superficial structures and vascular imaging, 65C10N Transvaginal probe (5.0-10.0 MHz) for gynecological and early pregnancy examinations, 35C20H Micro-convex probe (2.5-5.0 MHz) for neonatal imaging, 35D40J Volume probe (3.0-5.0 MHz) for 4D imaging, 30P16N Phased array probe (2.0-5.0 MHz) for cardiac applications, and 65C15N High-frequency micro-convex probe (3.0-8.0 MHz) for detailed neonatal examinations. This flexibility allows customization based on specific clinical requirements.
How long can the NEUCU54 operate continuously during busy clinical sessions?
The NEUCU54 is designed for extended clinical use with continuous operation capability exceeding 8 hours. This makes it ideal for busy obstetric practices, hospital imaging departments, and clinics with high patient volumes. The system’s robust power supply (200 VA) with wide voltage adaptability (AC 100V-242V) and ergonomic design features including flicker-free display and adjustable positioning ensure both equipment reliability and operator comfort during prolonged scanning sessions without performance degradation or system overheating.
What ergonomic features does the NEUCU54 offer to reduce operator fatigue?
The NEUCU54 incorporates comprehensive ergonomic design elements including: a silicon keyboard that follows ergonomic principles for comfortable tactile operation, height-adjustable and rotating control panel allowing operators to position controls optimally, angle-adjustable 19-inch monitor enabling ideal viewing angles, flicker-free display technology reducing eye strain during extended use, backlit keyboard for operation in various lighting conditions, and intuitive touch screen interface minimizing repetitive physical movements. These features work together to reduce musculoskeletal strain and visual fatigue during long examination sessions, supporting operator health and maintaining diagnostic accuracy throughout the workday.
Can the NEUCU54 be used for neonatal examinations beyond obstetric applications?
Yes, the NEUCU54 is specifically designed for both obstetric and neonatal applications. With appropriate probe selection (particularly the micro-convex and high-frequency micro-convex probes), the system excels at neonatal examinations including cranial ultrasound for detecting intracranial hemorrhages and hydrocephalus, cardiac assessments for congenital heart defects, abdominal imaging for organ evaluation, hip dysplasia screening, and spinal cord imaging. The system’s high-resolution imaging capabilities with 64 A/D sampling channels and digital dynamic focusing provide the detailed visualization required for comprehensive neonatal diagnostic assessments across multiple organ systems.
What power requirements does the NEUCU54 have, and can it operate internationally?
The NEUCU54 features strong power adaptability designed for worldwide deployment. It accepts input voltage ranging from AC 100V to 242V with automatic frequency detection supporting both 50Hz and 60Hz electrical systems. The system requires 200 VA input power and includes regulated voltage supply for stable operation across diverse electrical infrastructures. This universal power compatibility means the NEUCU54 can operate reliably in virtually any geographical location without requiring voltage converters or special electrical modifications, making it an ideal choice for international healthcare facilities and medical missions.
How does the multi-beam technology improve image quality compared to traditional ultrasound systems?
Multi-beam technology in the NEUCU54 significantly enhances dynamic image quality by transmitting and processing multiple ultrasound beams simultaneously rather than sequentially. This approach increases frame rates for smoother real-time imaging, improves temporal resolution for better visualization of moving structures like fetal heart activity, reduces image artifacts and noise through advanced signal processing, and enhances overall image uniformity across the entire scanning field. Combined with the system’s 64 A/D sampling channels and full digital beam former, multi-beam technology delivers superior image quality compared to traditional analog systems, particularly important for detailed anatomical assessments and early detection of anomalies in obstetric and neonatal care.
What is the 8-segment TGC (Time Gain Compensation) feature and why is it important?
Time Gain Compensation (TGC) is a critical ultrasound imaging parameter that adjusts image brightness at different depths to compensate for ultrasound attenuation as it travels through tissue. The NEUCU54’s 8-segment TGC provides fine-grained control over image brightness across eight different depth zones, allowing operators to optimize visualization of anatomical structures throughout the entire scanning field. This is particularly important in obstetric imaging where fetal structures at varying depths require different gain settings for optimal visualization. The 8-segment design offers more precise control compared to systems with fewer TGC segments, enabling superior image optimization for diverse patient body types and clinical applications, ultimately improving diagnostic accuracy and image quality.
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