Siemens X150 Ultrasound Machine - SIEM-X150-US

Description

The Siemens Acuson X150 is an all-around ultrasound system designed for multiple clinical needs. Whether you’re scanning in general imaging, OB/GYN, urology, cardiology, or point-of-care settings, this system delivers excellent performance. Another advantage of using this diagnostic device is its compact, trolley-based easy to move design.

Built with Siemens’ trusted MultiBeam Formation Technology and Hanafy Lens transducers, the X150 provides consistent image quality and greater resolution. It supports imaging modes such as 2D, M-mode, color Doppler, power Doppler, and pulsed wave Doppler. For the cardiology department, this ultrasound also comes with optional tools like Doppler Tissue Imaging (DTI) and real-time 3D (3-Scape) imaging. 

The X150 stands out for its user-friendly design, making daily operation smooth and efficient. It features an intuitive control panel, customizable presets, and a 15-inch LCD screen on an articulating arm for comfortable viewing from any angle. With quick boot-up, Siemens’ Tissue Grayscale Optimization (TGO), and a full-size backlit QWERTY keyboard, it’s built for ease of use in busy clinical settings.

For data management, the X150 includes the DIMAQ-IP workstation, USB ports for quick exports, and optional DICOM connectivity for seamless integration into your existing systems. The unit’s sturdy build, foldable design, and stable trolley base make it easy to maneuver and reliable enough for any setting like a busy hospital, a private clinic, or even mobile healthcare services.

Key Features

1. Imaging & Performance

• MultiBeam Formation Technology – Enhances signal processing speed and improves temporal resolution across imaging modes.
• SynAps Synthetic Aperture & Hanafy Lens Transducers – Delivers uniform image quality across the field of view up to 28 cm, ideal for challenging patients.
• Virtual Format Imaging – Enables trapezoidal imaging at the touch of a button to increase anatomical visualization.
• MultiHertz Imaging Technology – Supports multiple frequency ranges within a single transducer for exam versatility.
• Tissue Harmonic Imaging (THI) – Enhances spatial resolution and contrast by reducing image noise. (Optional)
• Color & Power Doppler – High-quality blood flow detection for all exam types. (Optional)
• Real-Time 3D (3-Scape) Imaging – Generates live 3D reconstructions from free-hand sweeps. (Optional)

2. User Interface & Ergonomics

• 15" Flat-Panel LCD Monitor – Mounted on an articulating arm for flexible viewing in any clinical setup.
• Customizable Controls – Transducer ports and gel holders can be configured per user preference.
• TGO (Tissue Grayscale Optimization) – One-touch grayscale optimization to improve workflow and image consistency.
• Quick System Boot & Workflow Activation – Instantaneous activation of clinical workflow steps.
• Custom Exam Reporting – Reports can be tailored to match the clinical workflow.

3. Advanced Automation & Tools

• TGO Technology – Automates image optimization to reduce exam time and repetitive tasks. (Optional)
• Doppler Tissue Imaging (DTI) – Enables velocity measurements of myocardial motion. (Optional)
• Cardiac Screening Tools – Supports adult and pediatric cardiac imaging using phased array probes. (Optional)
• DICOM Structured OB/GYN Reporting – Standardized measurement transfer for efficient documentation. (Optional)

4. Connectivity & Data Management

• DIMAQ-IP Integrated Workstation – Allows data storage, retrieval, and patient exam management on board.
• DICOM 3.0 Connectivity – Enables digital transfer, printing, and storage across PACS systems. (Optional)
• DICOM Modality Worklist & MPPS – Automates patient info download and performs procedure updates from HIS/RIS. (Optional)
• USB & Network Integration – Plug-and-play options for seamless system connectivity.

5. Design & Portability

• Compact, Foldable Design – Monitor and system design support efficient space usage.
• Additional Array Port Option – Connects up to three transducers simultaneously for faster workflow. (Optional)
• Stable Build with Configurable Setup – Built for ergonomic use in a variety of clinical environments.

Technical Specifications

1. System Architecture & Processing

• Architecture: All-digital signal processing technology
• Dynamic Range: >150 dB
• Gray Scale: 256 shades
• Processing Channels: Up to 1024
• Integrated Workstation: DIMAQ-IP for digital acquisition, storage, and review

2. Dimensions & Weight

• Height: 136.0 cm (53.5 in)
• Width: 51.8 cm (20.4 in)
• Depth: 85.1 cm (33.5 in)
• Weight: 93 kg (205 lbs)

3. Power & Electrical Specifications

• Input Voltage: Standard AC (details not explicitly provided)

• AC Outlets: 2 integrated AC main outlets

• Power Connections: Includes foot switch and remote control connectors

4. Display & Imaging Interface

• Monitor: 15″ color LCD flat panel
• Monitor Resolution: 1024 x 768 pixels
• Recordable Image Area: 800 x 600 pixels
• Monitor Adjustment: Tilt (10° up, 75° down), Swivel (~80° each side)

5. Connectivity & Storage

• Hard Drive: Internal 40 GB
• Image Storage: Up to 120,000 images (color or B/W)
• CD-R/W Support: 650/700 MB discs, study export in TIF and DICOM (optional)
• Network: 1 Ethernet port (RJ45, 10/100 BaseT)
• USB Ports: 2 USB (Series A)
• Serial Port: 1 RS232-C (9-pin)

6. Input & Output Ports

• Video Input:
• 1 Composite (BNC)
• 1 Y/C Video (S-terminal SVHS)
• Video Output:
• 1 Composite Video (BNC)
• 1 RGB & Composite Sync (mini D-SUB 15-pin)
• 1 Y/C Video (S-terminal SVHS)
• 1 VGA Out (mini D-SUB 15-pin)
• Audio Input/Output:
• 2-Channel Audio In/Out (RCA Jack)
• Integrated speakers

7. Operating Modes

• 2D Imaging (Fundamental & Harmonic)
• M-Mode
• Color Doppler Velocity Mode
• Power Doppler Mode
• Pulsed Wave Spectral Doppler
• Duplex and Triplex Modes

8. User Interface & Controls

• Control Panel: User-centric layout with backlit keys
• QuickSet: 32 user-programmable presets
• On-Screen Menus (OSM): Quick access to secondary controls
• Full-Size QWERTY Keyboard
• Wrist Support: Ergonomic design to reduce operator fatigue

Probe Compatibility

1. Linear Array Probes (Vascular, Small Parts, MSK Imaging)

Designed for high-resolution imaging of superficial structures, vascular, and musculoskeletal applications.

• VF13-5 (5–13 MHz) – Suitable for vascular, small parts, MSK, and superficial imaging
• VF10-5 (5–10 MHz) – General-purpose linear probe for small parts and superficial structures

2. Curved Array Probes (Abdominal & OB/GYN Imaging)

Optimized for abdominal and obstetric/gynecologic imaging with broad field-of-view.

• CH5-2 (2–5 MHz) – Standard curved array probe for abdominal and OB/GYN imaging

3. Phased Array Probes (Cardiac & General Imaging)

Used for adult cardiac, fetal cardiac, and other general imaging with deep penetration.

• P8-4 (4–8 MHz) – Phased array probe for adult cardiac applications
• P4-2 (2–4 MHz) – Wide-sector phased probe suitable for fetal and cardiac imaging

4. Endocavitary Probes (Transvaginal, Transrectal Imaging)

Used for internal GYN and urological imaging.

• EV9-4 (4–9 MHz) – Transvaginal probe for OB/GYN applications
• EC9-4 (4–9 MHz) – Endocavitary probe for transrectal and prostate imaging

5. Cardiac Probes (Dedicated Cardiology Imaging)

Specifically tuned for adult and fetal echocardiography.

• Adult Cardiac Probe (2–4 MHz) – For transthoracic adult cardiac imaging
• Fetal Cardiac Probe (4–8 MHz) – Designed for fetal and pediatric echocardiography

Applications

1. General Imaging & Internal Medicine

• High-resolution 2D B-mode imaging for liver, kidney, pancreas, and spleen
• Real-time evaluation of abdominal structures and soft tissue organs
• Doppler modes for assessing organ perfusion and blood flow

2. OB/GYN & Fetal Imaging

• Transabdominal and transvaginal imaging for early pregnancy and gynecological exams
• Fetal biometry and growth monitoring
• Evaluation of uterus, ovaries, and placenta health

3. Urology & Prostate Imaging

• Bladder volume and post-void residual assessment
• Prostate imaging using transrectal probes
• Renal structure evaluation including hydronephrosis and calculi detection

4. Small Parts & Endocrinology

• Thyroid, breast, and testicular imaging for detecting nodules and lesions
• High-frequency linear imaging for superficial structures and glandular tissue
• Salivary gland and lymph node assessment

5. Cardiac Screening (Adult & Pediatric)

• Transthoracic echocardiography for cardiac structure evaluation
• Color and pulsed wave Doppler for assessing valvular and chamber flow
• Basic cardiac function assessment and fetal heart screening

6. Cerebrovascular Imaging

• Carotid artery imaging for stenosis and plaque evaluation
• Spectral and color Doppler modes for blood flow characterization
• Transcranial imaging (limited, based on probe support)

7. Emergency & Point-of-Care Medicine

• FAST (Focused Assessment with Sonography in Trauma) exams
• Bedside evaluation of free fluid, organ injuries, and vascular status
• Rapid diagnosis in trauma, shock, or acute care settings

8. Pediatrics

• General abdominal and organ imaging for pediatric patients
• Small parts evaluation including neonatal brain and soft tissue
• Pediatric cardiac and urologic screening

Frequently Asked Questions

What type of operating system does the Siemens X150 use?

The Siemens Acuson X150 runs on a Windows-based operating system, providing a reliable platform for system stability, connectivity, and data integration.

How many active probe ports does the X150 have?

The X150 is equipped with two active probe ports and one parking slot, allowing easy switching between probes during examinations.

Does the Siemens  X150 support remote diagnostics or servicing?

Yes, the system supports remote diagnostics and service access via Siemens' service network, minimizing downtime and enabling faster technical support.

Does the Siemens X150 feature a standby or power protection mode?

The X150 includes a quick-boot system and protection for patient data in case of unexpected shutdowns. It resumes operations swiftly without data loss.

Is the Siemens X150 suitable for mobile or portable imaging?

Yes, the system’s compact design and integrated wheels make it suitable for use in mobile clinics, bedside imaging, and small examination rooms.

Can I perform image analysis and reporting on a PC?

Images and exam data can be exported via DICOM or USB for review on external systems. Advanced post-processing is limited compared to high-end systems but compatible with Siemens’ viewing software