Small Wireless Probe Ultrasound Machine NEUPU74
$3,990.00$4,990.00 (-20%)
– Compact and portable design for easy transportation
– Electronic linear array scanning mode for precise imaging
– Dual frequency options: 7MHz and 10MHz for versatile scanning
– 128 elements enhance image clarity and detail
– Adjustable scanning depth from 20mm to 60mm
– Dual screen vision: integrated screen with smartphone/tablet support
– Compatible with iOS and Android devices for flexibility
– Multiple display modes: B, Color, PW, and Volume for various diagnostic needs
– High frame rate of 16 frames per second in B mode for smoother imaging
– Ideal for on-the-go medical professionals needing reliable ultrasound solutions
Small Wireless Probe Ultrasound Machine NEUPU74
A compact, portable ultrasound system designed for on-the-go clinical professionals. Features dual-frequency scanning (7MHz and 10MHz), 128-element linear array technology, and seamless smartphone/tablet integration for flexible point-of-care diagnostics.
Clinical overview
The NEUPU74 is a next-generation wireless ultrasound probe engineered for clinicians who require portable, high-resolution imaging without compromising diagnostic capability. Its compact form factor and dual-frequency architecture (7MHz and 10MHz) enable rapid assessment across multiple anatomical regions, from superficial soft tissue to deeper vascular structures. The 128-element linear array delivers superior image clarity and detail, while the adjustable scanning depth (20–60mm) accommodates diverse clinical scenarios.
Seamless integration with iOS and Android devices transforms any smartphone or tablet into a diagnostic workstation, eliminating the need for dedicated ultrasound consoles in resource-constrained or mobile clinical environments. With multiple display modes (B, Color, PW, Volume) and a high frame rate of 16 frames per second in B mode, the NEUPU74 supports real-time, smooth imaging for confident clinical decision-making.
Key features & surgeon benefits
Compact Wireless Design
- Lightweight, pocket-sized probe for true point-of-care deployment
- Wireless connectivity eliminates cable clutter and improves workflow
- Ideal for emergency departments, field clinics, and mobile health services
Advanced Array Technology
- 128-element linear array for superior resolution and detail
- Dual-frequency operation (7MHz and 10MHz) for versatile scanning
- 16 fps frame rate in B mode ensures smooth, real-time visualization
Multi-Platform Compatibility
- Works seamlessly with iOS and Android smartphones and tablets
- Integrated screen option for standalone operation
- Multiple display modes (B, Color, PW, Volume) for comprehensive diagnostics
Adjustable Scanning Range
- 20–60mm scanning depth covers superficial and intermediate structures
- Electronic depth adjustment for rapid protocol changes
- Optimized for musculoskeletal, vascular, and soft tissue assessment
Technical specifications
| Scan Mode | Electronic linear array scanning |
|---|---|
| Frequency | 7 MHz & 10 MHz (dual frequency) |
| Array Elements | 128 elements |
| Scanning Depth | 20–60 mm (adjustable) |
| Display Modes | B, Color, PW, Volume |
| Frame Rate | 16 frames per second (B mode) |
| Screen Options | Integrated display & smartphone/tablet support (iOS, Android) |
| Connectivity | Wireless |
| Warranty | 2 Year Manufacturer Warranty |
Standard instrument composition
| Item | Description | Qty |
|---|---|---|
| Wireless Probe | 128-element linear array ultrasound transducer with dual-frequency capability (7 MHz & 10 MHz) | 1 |
| Integrated Display Unit | Optional integrated screen for standalone operation | 1 |
| Mobile App | iOS and Android compatible software for smartphone/tablet integration | License |
| Charging Cable | USB wireless charging dock | 1 |
| Carrying Case | Protective portable case for transport and storage | 1 |
Get in touch for pricing & availability
Contact our sales team to discuss pricing, bulk orders, OEM customisation options, and delivery timelines for the NEUPU74 wireless ultrasound system.
Email: info@neuvar.com
