USB Ultrasound Probe NEUPU39
$1,790.00$1,950.00 (-8%)
– Electronic convex array scanning technology for superior imaging.
– Multi-frequency capability (2.0MHz to 4.5MHz) with electronic focus selection.
– Compatible with various operating systems including Windows XP, Vista, 7, 8, and 10.
– Six application presets: General, Gynecology, Obstetrics, Cardiology, Small Parts, Urology.
– Advanced image processing features for enhanced clarity and detail.
– B and M mode measurement capabilities for comprehensive diagnostics.
– Built-in image save and cine loop memory for easy recall and sharing.
– Lightweight and portable design with a 190cm cable length.
– Continuous working time of up to 8 hours for extended use.
– User-friendly software interface available in Chinese and English.
USB Ultrasound Probe NEUPU39
Advanced Electronic Convex Array Scanning System
Professional-grade USB ultrasound probe featuring multi-frequency capability, comprehensive measurement tools, and superior image processing. Designed for versatile diagnostic applications including gynecology, obstetrics, cardiology, urology, and small parts examination with exceptional portability and ease of use.
Medical Grade Quality
Certified Equipment
Fast Delivery
Expert Support
Introduction to USB Ultrasound Probe NEUPU39
The USB Ultrasound Probe NEUPU39 represents a breakthrough in portable diagnostic imaging technology, combining professional-grade performance with remarkable convenience. This advanced electronic convex array scanning system transforms any compatible computer or tablet into a fully functional ultrasound station, making high-quality diagnostic imaging accessible in diverse clinical settings.
Engineered with 80 elements and a 60mm radius convex array probe, the NEUPU39 delivers exceptional image quality across a wide frequency range of 2.0 MHz to 4.5 MHz. The device features comprehensive scanning modes including B, B/B, B/M, M, and 4B, along with sophisticated image processing capabilities and specialized measurement tools for multiple medical disciplines. Its lightweight design, 8-hour continuous operation capability, and compatibility with multiple Windows operating systems make it an ideal solution for point-of-care diagnostics, mobile clinics, emergency medicine, and practices requiring flexible imaging solutions.
Clinical Applications
Technical Specifications
| Model | NEUPU39 |
| Scanning Type | Electronic convex array scanning |
| Scanning Mode | B, B/B, B/M, M, 4B |
| Probe Type | Convex array probe, 80 elements |
| Radius | 60mm |
| Frequency Range | 2.0 MHz ~ 4.5 MHz |
| Center Frequency | 3.5 MHz |
| Multi-Frequency Options | 2.0MHz, 2.5MHz, 3.0MHz, 3.5MHz, 4.0MHz, 4.5MHz |
| Focus Type | Electronic focus selection |
| Connection Type | USB |
| Operating System | Windows XP, Vista, 7, 8, 10 |
| Software Language | Chinese/English (switchable) |
| Application Presets | General, Gynecology, Obstetrics, Cardiology, Small Parts, Urology |
| Image Magnification | 1.0x, 1.2x, 1.5x, 2.0x |
| Cine Loop Memory | 512 frames (manual/automatic) |
| Image Format | JPG |
| Continuous Working Time | Maximum 8 hours |
| Probe Dimensions | 23mm × 150mm × 70mm |
| Cable Length | 190cm |
| Weight | 0.2 KG |
Key Features
Electronic Convex Array Technology
Advanced 80-element convex array probe with 60mm radius delivers superior image quality and penetration depth for comprehensive diagnostic examinations across multiple clinical applications.
Multi-Frequency Capability
Six selectable frequency options from 2.0 MHz to 4.5 MHz allow optimal imaging customization for different tissue types, depths, and clinical requirements with instant switching capability.
Universal Computer Compatibility
Simple USB connection transforms any compatible Windows computer or tablet into a professional ultrasound system, supporting Windows XP through Windows 10 operating systems.
Six Application Presets
Pre-configured settings for General, Gynecology, Obstetrics, Cardiology, Small Parts, and Urology optimize imaging parameters and measurement tools for each specialty automatically.
Advanced Image Processing
Comprehensive pre-processing features including frame correlation, dynamic range adjustment, tissue harmonic imaging, smoothing, and sharpening ensure optimal image clarity and diagnostic accuracy.
Comprehensive Measurement Tools
Extensive measurement capabilities for distance, circumference, area, volume, angle, ratio, stenosis, profile, and histogram analysis in both B-mode and M-mode scanning.
Obstetric Calculations
Complete fetal biometry package including BPD, GS, CRL, FL, HL, OFD, TTD, and AC measurements with automatic gestational age calculation and fetal weight estimation.
Cardiac Assessment Tools
Specialized cardiology measurements for left ventricle evaluation, LV function assessment, ventricular wall thickness, and comprehensive heart rate monitoring capabilities.
Image Storage and Cine Loop
HDD save functionality with JPG format support, 512-frame cine loop memory, and automatic or manual playback for comprehensive image review and documentation.
Flexible Image Manipulation
Multiple magnification levels (1.0x to 2.0x), horizontal and vertical flip functions, gain adjustment, and gamma correction provide complete control over image presentation.
Comprehensive Annotation System
Full-screen annotation editing with patient demographics, date, time, doctor information, hospital name, body marks, and probe direction indicators for complete documentation.
Portable and Lightweight Design
Weighing only 0.2 KG with a 190cm cable length, the probe offers exceptional portability while maintaining 8-hour continuous operation capability for extended clinical sessions.
Why Choose USB Ultrasound Probe NEUPU39
Exceptional Versatility and Clinical Utility: The NEUPU39 stands out as a remarkably versatile diagnostic tool that serves multiple medical specialties with equal proficiency. Its six pre-configured application presets eliminate the need for complex manual adjustments, allowing clinicians to switch seamlessly between gynecological examinations, obstetric assessments, cardiac evaluations, urological studies, and small parts imaging. This multi-specialty capability makes it an invaluable asset for general practitioners, specialists, and multi-disciplinary clinics seeking to maximize their diagnostic capabilities while minimizing equipment investment and space requirements.
Superior Image Quality and Processing Technology: Despite its compact size and affordable positioning, the NEUPU39 delivers professional-grade image quality through advanced electronic convex array technology and sophisticated image processing algorithms. The 80-element probe with multi-frequency capability ensures optimal penetration and resolution across various tissue types and examination depths. Frame correlation, tissue harmonic imaging, dynamic range adjustment, and real-time enhancement features work together to produce clear, diagnostic-quality images that support confident clinical decision-making. The electronic focus selection and multiple frequency options allow precise optimization for each specific examination requirement.
Unmatched Portability and Flexibility: Weighing merely 0.2 kg with a compact design and 190cm cable, the NEUPU39 redefines portable ultrasound imaging. Its USB connectivity transforms any compatible Windows computer or tablet into a complete ultrasound system, eliminating the need for dedicated cart-based equipment in many clinical scenarios. This exceptional portability makes it ideal for bedside examinations, mobile health services, rural healthcare delivery, emergency medicine, sports medicine, and any setting where traditional ultrasound equipment would be impractical. The 8-hour continuous operation capability ensures it can handle even the most demanding clinical schedules without interruption.
Comprehensive Measurement and Documentation Capabilities: The NEUPU39 goes far beyond simple imaging by offering extensive measurement tools and calculation packages tailored to specific clinical applications. From detailed obstetric biometry with automatic gestational age calculation to specialized cardiac function assessments and urological volume measurements, the device provides the quantitative data clinicians need for accurate diagnosis and patient management. The 512-frame cine loop memory, HDD storage capability, integrated report generation, and comprehensive annotation system ensure thorough documentation that meets modern clinical and regulatory requirements while facilitating effective communication with patients and referring physicians.
Frequently Asked Questions
What computer specifications are required to run the NEUPU39 ultrasound probe?
The NEUPU39 is compatible with computers and tablets running Windows XP, Vista, 7, 8, or 10 operating systems with available USB connectivity. While specific processor and RAM requirements may vary based on the software version, most modern computers with standard specifications can effectively run the system. We recommend at least 4GB of RAM and a dual-core processor for optimal performance, along with adequate storage space for image archiving. The software language can be switched between Chinese and English to accommodate different user preferences.
How does the multi-frequency capability benefit clinical examinations?
The six selectable frequencies (2.0MHz, 2.5MHz, 3.0MHz, 3.5MHz, 4.0MHz, and 4.5MHz) allow clinicians to optimize imaging for different clinical needs. Lower frequencies (2.0-3.0 MHz) provide greater penetration depth, ideal for imaging deeper structures in larger patients or abdominal examinations. Higher frequencies (3.5-4.5 MHz) offer superior resolution for superficial structures and detailed imaging. This flexibility ensures optimal image quality across diverse patient populations and examination types without requiring multiple probes.
Can the NEUPU39 be used for both obstetric and cardiac examinations?
Yes, the NEUPU39 is specifically designed with dedicated presets and measurement tools for both obstetrics and cardiology. For obstetrics, it includes comprehensive fetal biometry measurements (BPD, GS, CRL, FL, HL, OFD, TTD, AC), automatic gestational age calculation, fetal weight estimation, and amniotic fluid index assessment. For cardiology, it provides M-mode capabilities essential for cardiac evaluation, along with specialized measurements for left ventricle function, ventricular wall thickness, and heart rate analysis. The ability to switch between these application presets makes it highly versatile for practices serving diverse patient populations.
What is the maximum continuous operation time and how does it affect clinical workflow?
The NEUPU39 supports continuous operation for up to 8 hours, which accommodates most clinical schedules without interruption. This extended operation capability makes it suitable for busy practices, mobile clinics, and extended screening sessions. The USB-powered design eliminates concerns about battery life while providing consistent performance throughout the workday. For practices requiring longer continuous use, brief intervals between extended sessions are recommended to maintain optimal performance and equipment longevity.
How are images stored and can they be integrated with existing medical record systems?
The NEUPU39 saves images in standard JPG format to the computer’s hard drive, making them easily accessible and compatible with most electronic medical record (EMR) systems and picture archiving and communication systems (PACS). The 512-frame cine loop memory allows real-time review during examinations, while the saved images can be transferred, shared, or printed as needed. The system includes comprehensive patient data fields (name, ID, age, date, time, doctor, hospital) that support proper medical documentation and facilitate integration with existing clinical workflows and record-keeping systems.
What measurement and calculation tools are available for gynecological examinations?
The gynecology preset includes specialized measurement tools for comprehensive female reproductive system evaluation. Clinicians can measure and document uterine dimensions, cervical length and diameter, endometrial thickness and characteristics, and left and right ovarian size and volume. These measurements are complemented by standard capabilities including distance, circumference, area, and volume calculations. The system’s annotation features allow detailed documentation of findings, while the image storage and reporting functions support thorough patient records and effective communication with referring physicians and patients.
Is the NEUPU39 suitable for use in mobile health clinics or field settings?
Absolutely. The NEUPU39’s lightweight design (0.2 kg), compact dimensions, USB connectivity, and compatibility with laptop computers make it exceptionally well-suited for mobile health applications. It can be easily transported between locations, requires minimal setup time, and operates reliably in diverse environments. The 8-hour continuous operation capability ensures it can handle full clinic days, while its comprehensive diagnostic capabilities across multiple specialties maximize its utility in settings where equipment options may be limited. This makes it ideal for rural health initiatives, disaster response, military medicine, international medical missions, and community health screening programs.
What training is required to operate the NEUPU39 effectively?
The NEUPU39 is designed with user-friendly software that simplifies operation for qualified medical professionals with ultrasound training. The six application presets automatically optimize settings for different examination types, reducing the learning curve for specialty-specific protocols. The intuitive interface, bilingual support (Chinese/English), and comprehensive measurement tools are accessible to clinicians familiar with ultrasound principles. However, as with all medical ultrasound equipment, proper training in ultrasound physics, anatomy, image interpretation, and clinical applications is essential for accurate diagnosis. We recommend that operators have appropriate credentials and training in diagnostic ultrasound for their intended clinical applications.
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