Philips EPIQ 7C Ultrasound Machine - HC795090

Description

Advanced Cardiovascular Imaging for Enhanced Diagnostic Confidence

The Philips EPIQ 7C is a premium ultrasound system engineered to meet the rigorous demands of contemporary cardiovascular practices. It integrates cutting-edge imaging technologies with user-centric design, delivering exceptional image quality and streamlined workflows. This system addresses the complexities of cardiovascular diagnostics by providing precise, real-time imaging, thereby enhancing diagnostic confidence and patient outcomes.

Key Features

• InSIGHT Imaging Architecture: Unlike traditional line-by-line image formation, nSIGHT Imaging reconstructs images with optimal resolution down to the pixel level. This approach captures extensive acoustic data and processes it in real-time, resulting in images with exceptional clarity and detail. 
• PureWave Crystal Technology: Utilizing uniform PureWave crystals, this technology enhances penetration and resolution, particularly beneficial for imaging technically challenging patients. The crystals are up to 85% more efficient than conventional materials, ensuring superior performance. 
• xMatrix Transducer Technology: The EPIQ 7C supports a comprehensive suite of xMatrix transducers, enabling multiple imaging modes—including 2D, 3D/4D, Live xPlane, and Doppler—within a single transducer. This versatility simplifies procedures and reduces the need for multiple transducers. 
• MaxVue High-Definition Display: At the touch of a button, MaxVue high-definition display brings extraordinary visualization of anatomy with 1,179,648 additional image pixels compared to a standard 4:3 display format mode. MaxVue enhances ultrasound viewing and provides 38% more viewing area to optimize the display of dual, side/side, biplane, and scrolling imaging modes.
• Anatomical Intelligence Ultrasound (AIUS): AIUS offers advanced organ modeling, image slicing, and quantification, streamlining complex procedures and reducing examination time. This feature enhances diagnostic accuracy and consistency.
• AutoStrain LV: This feature provides 2D automated left ventricular global longitudinal strain measurements, facilitating quick and reproducible cardiac assessments. It aids in the early detection of cardiac dysfunction. 
• Ergonomic Design: The EPIQ 7C is designed with user comfort in mind, featuring a lightweight and adjustable control panel, a large 54.6 cm monitor with 180-degree movement, and touch-screen controls. These elements reduce operator fatigue and enhance workflow efficiency.

Technical Specifications

• System Dimensions:
  • Width: 60.6 cm
  • Height: 146-171.5 cm
  • Depth: 109.2 cm
  • Weight: 104.3 kg
• Control Panel:
  • Monitor Size: 54.6 cm
  • Degrees of Movement: 180 degrees
  • Height Adjustment: 25.4 cm

• Imaging Modes: 2D, 3D/4D, M-Mode, Color Doppler, Power Doppler, Pulsed Wave Doppler, Continuous Wave Doppler, Tissue Doppler Imaging.
• Transducer Support: Compatible with a wide range of transducers, including xMatrix and PureWave transducers, covering various clinical applications.
• Data Management: Integrated data management system with DICOM connectivity for seamless information sharing and storage

Probe Compatibility

The Philips EPIQ 7C ultrasound system supports a comprehensive range of transducers, enabling advanced imaging capabilities across various clinical applications.

Linear Array Probes

• L12-3: 3–12 MHz; suitable for vascular, small parts, and musculoskeletal imaging.
• L12-5 50mm: 5–12 MHz; offers a wider footprint for vascular and small parts applications.
• L15-7io: 7–15 MHz; intraoperative "hockey stick" probe for surgical applications.
• L18-5: 5–18 MHz; high-frequency probe ideal for superficial imaging.
• eL18-4: 2–22 MHz; ultra-broadband linear array for small parts, breast, vascular, and musculoskeletal imaging.
• VL13-5: 5–13 MHz; 3D/4D linear array for small parts and vascular imaging.

  Philips Documents

Curved Array (Convex) Probes

• C5-1: 1–5 MHz; general-purpose abdominal imaging.
• C6-2: 2–6 MHz; abdominal and OB/GYN imaging.
• C8-5: 5–8 MHz; micro-convex probe for pediatric abdominal imaging.
• C9-2: 2–9 MHz; abdominal imaging with a smaller footprint.
• mC7-2: 2–7 MHz; micro-convex probe for abdominal applications.

Endocavitary Probes

• C9-4v: 4–9 MHz; endovaginal probe for OB/GYN applications.
• C10-3v: 3–10 MHz; endovaginal imaging.
• C10-4ec: 4–10 MHz; endocavitary imaging for OB/GYN.
• B10-5ec: 5–10 MHz; bi-plane endocavitary probe for urology and OB/GYN.

Volume (3D/4D) Probes

• V6-2: 2–6 MHz; 3D/4D curved array for abdominal and OB/GYN imaging.
• V9-2: 2–9 MHz; 3D/4D curved array for detailed fetal imaging.
• 3D9-3v: 3–9 MHz; 3D/4D endovaginal probe for OB/GYN applications.

Cardiac Sector Probes

• S4-2: 2–4 MHz; adult cardiac imaging.
• S5-1: 1–5 MHz; adult cardiac imaging with PureWave technology.
• S8-3: 3–8 MHz; pediatric cardiac imaging.
• S12-4: 4–12 MHz; neonatal cardiac imaging.
• S7-3t: 3–7 MHz; pediatric transesophageal echocardiography (TEE).
• X7-2t: 2–7 MHz; adult xMATRIX TEE probe.
• X5-1: 1–5 MHz; xMATRIX cardiac imaging.X6-1: 1–6 MHz; xMATRIX imaging for abdominal, obstetrics, and gynecology applications.
• X8-2t: 2–8 MHz; advanced xMATRIX TEE imaging.
• Pencil (CW Doppler) ProbesD2cwc: 2 MHz; continuous wave Doppler for cardiac applications.
• D5cwc: 5 MHz; continuous wave Doppler for vascular applications.
• D2tcd: 2 MHz; transcranial Doppler for neurovascular assessments.

Applications

• Cardiology: Comprehensive cardiac assessments, including echocardiography and stress echo.
• Vascular Imaging: Evaluation of vascular structures and blood flow dynamics.
• General Imaging: Abdominal, small parts, and musculoskeletal imaging.
• Pediatrics: Specialized imaging for pediatric cardiovascular assessments.

Frequently Asked Questions

What distinguishes the EPIQ 7C from other ultrasound systems?

The EPIQ 7C combines advanced imaging technologies such as nSIGHT Imaging and PureWave Crystal Technology with ergonomic design and AIUS, providing superior image quality and streamlined workflows tailored for cardiovascular applications.

Is the EPIQ 7C suitable for imaging technically challenging patients?

Yes, the system's PureWave Crystal Technology enhances penetration and resolution, making it effective for imaging patients with difficult acoustic windows.

Can the EPIQ 7C be used for applications beyond cardiology?

While optimized for cardiovascular imaging, the EPIQ 7C's versatile transducer support and imaging modes make it suitable for various applications, including vascular and general imaging.

What ergonomic features does the EPIQ 7C offer?

The system features a lightweight, adjustable control panel, a large high-definition monitor with extensive movement capabilities, and touch-screen controls, all designed to enhance user comfort and workflow efficiency.

How does the EPIQ 7C improve diagnostic confidence?

By integrating advanced imaging technologies, AIUS, and high-resolution display capabilities, the EPIQ 7C provides precise, real-time imaging that enhances diagnostic accuracy and confidence.