Philips Affiniti 50 Ultrasound Machine - HC795208

Description

The Philips Affiniti 50 is a versatile ultrasound system built to deliver high-performance imaging and efficient workflows at an affordable value. Designed for shared service and multi-specialty use, it offers premium imaging tools inherited from Philips' high-end platforms, delivering consistent, confident diagnostics. The system features intuitive controls, advanced automation, and ergonomic design, making it ideal for both fast-paced clinical settings and private practices. Whether you're performing general imaging, vascular studies, or women’s health exams, the Affiniti 50 ensures reliable performance with reduced exam time and operator fatigue.

Key Features

• Compact and ergonomic design for easy mobility and comfort.
• SmartExam and AutoSCAN for guided workflows and consistent results.
• nSIGHT Imaging architecture for enhanced resolution and frame rates.
• Tissue Specific Presets (TSP) for optimized imaging by anatomy.
• Advanced Doppler capabilities for vascular and cardiac evaluations.
• Real-time iSCAN image optimization.
• Customizable reports and annotations.Compatible with a broad range of Philips transducers.

Technical Specifications

• Imaging Modes: 2D, Color Doppler, PW/CW Doppler, M-Mode, Tissue Harmonics.
• Monitor: 21.5" high-resolution LCD with articulating arm.Touchscreen: 12" user-friendly interface.
• Ports: 4 active probe connectors + 1 parking slot.
• Storage: 500 GB hard drive, DVD-RW, USB export.
• Connectivity: DICOM, Ethernet, USB, wireless (optional).
• Power Supply: 100–240V AC, 50/60Hz.System Weight: Approx. 83 kg (183 lbs).

Probe Compatibility

The Philips Affiniti 50 ultrasound system supports a diverse range of transducers, enabling comprehensive imaging capabilities across various clinical applications.

Linear Array Probes

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

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.

Pencil (CW Doppler) Probes

• D2cwc: 2 MHz; continuous wave Doppler for cardiac applications.
• D5cwc: 5 MHz; continuous wave Doppler for cardiac applications.
• D2tcd: 2 MHz; transcranial Doppler for neurovascular assessments.

Applications

• General imaging and abdominal studies.
• Obstetrics and gynecology.
• Small parts and thyroid exams.
• Vascular imaging.Urology and renal assessments.Basic cardiac and stress echo.
• Musculoskeletal (MSK) scans.
• Pediatrics and neonatal imaging.

Frequently Asked Questions

What’s the difference between Affiniti 50 and Affiniti 70?

The Affiniti 70 includes more advanced cardiac and elastography features, while the Affiniti 50 is designed for core imaging and shared service.

Is this model suitable for OB/GYN clinics?

Yes, the Affiniti 50 offers excellent imaging for women’s health applications with high-resolution probes and advanced fetal measurement tools.

Does the Affiniti 50 support elastography?

Elastography is limited or optional on the Affiniti 50. For advanced strain and shear wave imaging, consider the Affiniti 70.

What transducers work with this system?

The Affiniti 50 supports most Philips linear, curved, and sector transducers, making it adaptable for various specialties.

Is training required to operate the system?

Minimal training is needed thanks to the intuitive interface, guided workflows, and automated image optimization tools.