Color Doppler Wireless Probe Ultrasound for Point-of-Care and Clinical Diagnostics
The UMUS050 Wireless Probe Ultrasound Machine is designed to support clinical ultrasound examinations in private clinics, medical teaching settings, and point-of-care imaging environments. The system combines convex and linear array dual probes, wireless connectivity, and high-resolution digital imaging to provide clear visualization for whole-body examinations.
The manufacturer describes the system as cost-effective and portable, supporting abdominal, superficial, lung, and cardiac scans. Together with a built-in lithium battery and dual WiFi/USB connectivity, the system supports real-time image capture, measurements, and digital examination reporting. The current software version and applicable laboratory or clinical reporting standards should be confirmed before ordering.
Examination records and images can be stored, reviewed, and shared, supporting routine diagnostics, documentation, and mobile clinical workflows.
Key Features
Dual Probe Design
Composed of convex and linear arrays, allowing users to scan everything from abdominal to superficial regions and cardiac structures.
Wireless & USB Connectivity
Supports both WiFi (802.11n/5G) and USB connection options for seamless use with Android, iPhone, iPad, or Windows laptops.
Multi-Mode Imaging
Supports B, B/M, Color Doppler, and PW scan modes for comprehensive clinical evaluations.
Wireless Charging
Easy and convenient power replenishment compatible with wireless power banks.
Waterproof Construction
Waterproof design helps reduce cross-infection risks, protects medical staff and patients, and lowers hospital-related maintenance expenses.
Compact and Lightweight
Small, lightweight form factor with a built-in battery allowing up to 2.5 hours of continuous operation anywhere.
Imaging and Scan Analysis
The UMUS050 uses advanced digital processing to provide clear, high-quality ultrasound images across multiple medical applications.
Display Depth Control
Supports adjustable display depths ranging from 90 to 305mm for convex scans and 20 to 100mm for linear scans.
Frequency Ranges
Equipped with a convex probe operating at 3.5/5.0 MHz and a linear probe operating at 7.5/10 MHz.
Scan Angle and Length
Features a convex scan angle of 50 degrees and a linear scan length of 25mm.
High-Quality Image Visualization
Delivers clear visualization to support rapid preliminary examinations and medical training demonstrations.
Technical Specifications
| Specification | UMUS050 |
|---|---|
| Model | UMUS050 |
| Product Type | Color Doppler Wireless Probe Ultrasound Machine |
| Scan Mode | B, B/M, Color, PW |
| Probe Frequencies | Convex probe: 3.5/5.0 MHz; Linear probe: 7.5/10 MHz |
| Scan Angle / Length | Convex: 50 degrees; Linear: 25mm |
| Display Depth | Convex: 90–305mm; Linear: 20–100mm |
| Power Supply | Built-in lithium battery, wireless or USB charge (Charge time: 2h, Working time: 2.5h) |
| Working System | iOS, Android, Windows |
| WiFi Type | 802.11n / 5G |
| Dimensions | 121 x 53 x 19 mm |
| Weight | 120g |
- Specifications are based on the supplied UMUS050 technical documentation.
- Some measurement definitions and app compatibility requirements require confirmation against the current software version.
- The exact delivered system configuration and included accessories must be confirmed before quotation.
- Medical facilities should evaluate applicable clinical protocols and destination-market regulatory requirements.
Applications
Abdomen and Superficial Imaging
Supports whole-body scanning capabilities ranging from deep abdominal organs to superficial structures.
Cardiac and Lung Screening
Provides quick preliminary visualization for cardiac and pulmonary assessments at the point of care.
Private Clinics and Home Care
Lightweight and portable format ideal for ambulatory care, family planning, and decentralized medical checkups.
Medical Education
Helps medical students and college trainees gain visual understanding of human body structures and ultrasound image studies.
System Configuration
The UMUS050 is described as a wireless dual-probe color Doppler ultrasound scanner compatible with standard smart devices and computers.
Please confirm the full scope of supply before ordering. In particular, confirm whether mobile devices, tablets, charging docks, protective cases, and software application licenses are included in the selected quotation.
Buyers requiring specific diagnostic presets or measurement packages should request the current software specification sheet.
Before Ordering
To confirm the appropriate UMUS050 configuration and prepare an accurate quotation, please provide the following information:
- Required quantity and destination country.
- Intended application: clinical diagnostics, private practice, home care, or education.
- Compatible host devices (iOS, Android, or Windows devices).
- Required accessories, such as wireless chargers or mounting brackets.
- Software language and data-management requirements.
- Power supply and plug type requirements.
- Required training, technical support, and warranty information.
- Any local regulatory or tender documentation requirements.
Request a UMUS050 Wireless Ultrasound Quote
Contact UMY Medical to discuss the UMUS050 configuration, software functions, probe options, and export quotation for your facility.
Please include your required quantity, destination country, and intended application. If you have specific technical requirements, our team can review them before preparing a quotation.
Frequently Asked Questions
What applications does the UMUS050 support?
The UMUS050 supports abdominal, superficial, lung, cardiac, and whole-body preliminary examinations.
Which devices are compatible with the UMUS050 wireless ultrasound?
It connects via WiFi or USB to iOS (iPhone/iPad), Android phones or tablets, and Windows operating systems.
How long does the battery last on a single charge?
The built-in lithium battery charges in 2 hours and provides approximately 2.5 hours of continuous working time.
Is the UMUS050 waterproof?
Yes, the probe features a waterproof design to help reduce cross-infection risks and facilitate easy cleaning.
