UMUS009 Compact Laptop Black & White Diagnostic Ultrasound System
The UMUS009 Laptop B/W Diagnostic Ultrasound Device is designed to bring high-quality imaging wherever it is needed. Combining advanced imaging technologies with a lightweight, ergonomic laptop architecture, it provides clinicians with a seamless workflow and confident diagnostic capabilities.
Built with microcomputer control, digital scan conversion (DSC), digital beamforming (DBF), real-time dynamic aperture imaging (RDA), and dynamic frequency scanning (DFS), this portable ultrasound ensures sharp contrast, fine resolution, and versatile multi-specialty applications.
Key Features
Ergonomic Laptop Design
Compact aluminum case with a 12.1-inch medical HD screen, back-lit silicon gel keyboard, and 180° expandable viewing flexibility.
Reliable Mobile Power
Built-in lithium battery offering $\ge 2$ hours of standby time for field checks, emergency care, and mobile rounds.
Advanced Digital Imaging Technologies
Utilizes digital beamforming (DBF), frame correlation, real-time dynamic aperture (RDA), and dynamic frequency scanning (DFS).
Pseudo-Color Enhancements
Transforms standard black-and-white images into color-graded displays to enhance human eye echo sensitivity and boundary recognizability.
Flexible Connectivity & Accessories
Includes 1 probe port, one-click image storage and export, optional Sony thermal printer, docking station, and mobile trolley.
Technical Specifications
| Specification Item | Technical Parameters |
|---|---|
| System Model | UMUS009 Laptop B/W Diagnostic Ultrasound Device |
| Display Screen | 12.1-inch medical HD Screen |
| Keyboard | Back-lit silicon gel keyboard |
| Probe Port | 1 Standard Probe Port |
| Battery & Standby | Built-in lithium battery, standby time |
| Casing Material | Lightweight aluminum case |
| Imaging Technologies | Microcomputer control, Digital Scan Converter (DSC), Digital Beamforming (DBF), RDA, DRA, DFS |
| Display & Imaging Modes | B-Mode, B/B-Mode, 4B-Mode, M-Mode, B/M-Mode, Pseudo-color support |
| Optional Accessories | Sony thermal video printer, Docking station, Mobile trolley, Aluminum transport case |
- Specifications are based on the official UMUS009 technical catalog.
- Optional high-density broadband probes available based on clinical requirements.
High-Density Probe Options
Convex Probe
Recommended for Abdomen, obstetrics, and gynecology examinations.
Linear Probe
Ideal for vascular and musculoskeletal (MSK) applications.
Micro-Convex & Cavity Probes
Specialized options including Micro-convex (baby organs), Trans-vaginal (OB/GYN, urology), and Trans-rectal (prostate).
Clinical Applications
General Radiology & Abdomen
Delivers reliable abdominal and small parts diagnostic scans in clinics and hospital departments.
Obstetrics & Gynecology
Provides accurate fetal monitoring and pelvic health assessments with specialized measurement packages.
Emergency & Mobile Screening
Lightweight laptop form-factor and battery backup make it perfect for bedside and emergency care.
Before Ordering
To help us configure the correct probes and prepare an accurate export quotation, please provide:
- Required order quantity and destination country.
- Selected probe types (Convex, Linear, Trans-vaginal, Micro-convex, etc.).
- Optional accessory requirements (e.g., mobile trolley, Sony printer, docking station).
Request a UMUS009 Ultrasound Quote
Contact UMY Medical to discuss volume pricing, probe configurations, delivery schedules, and export solutions for your medical equipment project.
Please include your destination country and required quantity so our sales team can assist you promptly.
Frequently Asked Questions
What is the battery life of the UMUS009 ultrasound?
It features a built-in lithium battery providing a standby and working time of 2 hours or more.
What imaging modes are supported by this device?
It supports B-Mode, B/B-Mode, 4B-Mode, M-Mode, B/M-Mode, and pseudo-color display modes.
What probe options are available?
Available probes include convex, linear, micro-convex, trans-vaginal, and trans-rectal broadband probes for multi-specialty use.
