Portable Full Digital Color Ultrasonic Diagnostic Apparatus for Advanced Clinical and Cardiac Imaging
The UMUS096 Portable Full Digital Color Ultrasonic Diagnostic Apparatus is engineered to deliver exceptional accuracy, intelligence, and dedicated performance for multi-specialty clinical environments[cite: 1, 2]. Designed with a sleek, portable profile, it features a 15-inch HD LCD display with a 0–30° flexible adjustment angle and built-in fully activated probe ports.
Powered by the advanced ST-U ultra-fine imaging platform featuring a CPU+GPU dual-core processing architecture, the UMUS096 ensures clearer imaging, faster response times, and high-speed algorithms tailored specifically for cardiology and general diagnostic workflows[cite: 2].
The system supports comprehensive measurement software packages for cardiology, vascular, obstetrics, gynecology, and urology, alongside DICOM 3.0 readiness for seamless PACS integration[cite: 2].
Key Features
ST-U High-Speed Imaging Platform
Utilizes a CPU+GPU dual-core processing architecture and self-developed probes with advanced A/D conversion and beam reconstruction technology for superior resolution.
15-Inch HD Ergonomic Display
Equipped with a 15-inch high-definition LCD display supporting 0–30° flexible adjustment to optimize viewing angles during clinical operations.
Built-In Activated Probe Ports
Features two or more built-in fully activated probe interfaces and professional probe holders for convenient transducer switching.
Specialized Cardiac Package
Delivers extremely smooth cardiac and vascular measurement packages designed for detailed cardiovascular evaluations[cite: 2].
Friendly Interactive Workflow
Includes real-time spectrum envelope functions, optimized image condition presetting to reduce redundant adjustments, and the iworks archive information management system.
DICOM 3.0 Connectivity
Ready to connect directly with hospital PACS networks for efficient digital data transfer and record archiving.
Advanced Imaging Technologies
The UMUS096 integrates cutting-edge Doppler and display technologies to provide precise anatomical and hemodynamic evaluations.
Color-M Mode (MC)
Combines speed and variance color maps superimposed onto M-mode timeline and B-mode images for advanced cardiac evaluations.
Tissue Doppler Imaging (TDI)
Estimates tissue motion using the Doppler principle to obtain motion information and generate color-coded velocity maps.
Wide-Field Imaging (WFOV) & Real-Time 4D
Supports extended field-of-view visualization and real-time 4D volumetric rendering for comprehensive diagnostic insights.
Trapezoidal & Dual-Image Display
Features trapezoidal imaging and real-time dual-image display (B/SRI) for enhanced comparative viewing.
Technical Specifications
| Specification | UMUS096 Details |
|---|---|
| Model | UMUS096 |
| Product Type | Portable Full Digital Color Ultrasonic Diagnostic Apparatus[cite: 1] |
| Imaging Platform | ST-U Ultra-fine imaging platform (CPU+GPU dual-core processing) |
| Display Monitor | 15-inch HD LCD display with 0–30° flexible adjustment |
| Probe Ports | $\ge2$ built-in fully activated probe ports |
| Data Interface | USB 3.0 ports, LAN, and DICOM 3.0 connectivity |
| Software Management | iworks archive information management system |
- Specifications are based on the supplied UMUS096 technical documentation.
- Standard configuration includes the main unit, 15-inch HD display, and activated probe ports.
- Optional peripherals and specialized software licenses should be confirmed before ordering.
Optional Probes and Applications
| Probe Type | Clinical Applications |
|---|---|
| Convex Probe | Abdomen, obstetrics, gynecology |
| Linear Probe | Vascular, musculoskeletal |
| Phased Array Probe | Heart and chambers, cardiac function, pericardia, effusion |
| 4D-Volume Probe | Fetal imaging |
| Trans-Vaginal Probe | Obstetrics, gynecology, urology |
| Trans-Rectal Probe | Prostate gland |
| Micro-Convex Probe | Neonatal and baby organs |
| High-Frequency Linear / Hockey Stick / Bi-Plane Probes | Interventional ultrasound, vascular access, and andrology |
Applications
Cardiology & Vascular
Provides high-speed algorithms, cardiac measurement packages, TDI, and Color-M mode for precise cardiovascular examinations[cite: 2].
Obstetrics & Gynecology
Supports detailed fetal screening, volumetric 4D imaging, and routine OB/GYN diagnostic workflows[cite: 2].
Abdomen & Urology
Delivers deep penetration and high-resolution imaging for abdominal organs, urology, and prostate evaluations[cite: 2].
Point-of-Care & General Imaging
Lightweight portable design suits emergency departments, ward rounds, and multi-departmental clinic use[cite: 1].
System Configuration
The UMUS096 is supplied as a portable full digital color ultrasound system equipped with an ST-U imaging platform and dual active probe ports[cite: 1].
Please confirm your required probe selections (convex, linear, phased array, 4D, trans-vaginal, etc.), software licenses, and trolley options prior to placing your order.
Before Ordering
- Required quantity and destination country.
- Intended clinical applications and specialized measurement package requirements.
- Selected probe configurations and optional transducers.
- Destination market regulatory, certification, and tender documentation requirements.
Request a UMUS096 Ultrasound System Quote
Contact UMY Medical to discuss the UMUS096 system configuration, probe options, advanced imaging software, and export quotation for your facility.
Frequently Asked Questions
What imaging platform does the UMUS096 use?
The UMUS096 is built on the ST-U ultra-fine imaging platform featuring a CPU+GPU dual-core processing architecture.
What clinical applications are supported by this system?
It supports comprehensive applications including cardiology, vascular, obstetrics, gynecology, urology, and abdominal imaging[cite: 2].
How many probe ports are available?
The system features two or more built-in fully activated probe ports.
Does it support hospital network integration?
Yes, it comes equipped with USB 3.0 ports, LAN, and a DICOM 3.0 interface ready for connection with hospital PACS networks.
