Philips Affiniti 30 Ultrasound Machine

Description

Advanced Multi-Purpose Ultrasound System for Enhanced Imaging 

The Philips Affiniti 30 is a high-quality, multi-purpose ultrasound system designed for abdominal, OB/GYN, vascular, pediatrics, small parts, and more diagnostics . With its powerful imaging capabilities and user-friendly interface, the Affiniti 30 delivers clear, detailed visuals to support accurate diagnoses across various healthcare settings.

Built with cutting-edge imaging technology, the Affiniti 30 provides exceptional image quality with the help of features like iSCAN, SonoCT, and XRES, which enhance clarity and resolution for precise diagnostics. The system also offers advanced Doppler capabilities, including Adaptive Doppler, Intelligent Doppler, and Tissue Harmonic Imaging that enable clinicians to obtain accurate flow measurements and assess vascular health with confidence.

The Affiniti 30 is designed with a 12-inch touch panel and a fully articulating 21.5-inch HD LCD monitor that provides an intuitive user interface for efficient operation. Its compact design and four active probe ports ensure seamless transitions between scans, improving workflow and reducing downtime during examinations.

Designed for use in hospitals, clinics, and mobile imaging services, the Affiniti 30 combines reliable performance, superior image quality, and an ergonomic design. It offers a secure and stable platform for fast operation and smooth integration with hospital networks and PACS systems. Whether in shared services, obstetrics, or vascular imaging, the Philips Affiniti 30 brings advanced ultrasound technology to the forefront of clinical practice.

Key Features

1. Imaging & Performance

• High-Definition Imaging – Delivers clear and detailed images with advanced imaging technologies, providing superior diagnostic clarity.
• MicroFlow Imaging (MFI) – Designed to detect slow and weak blood flow with high resolution and minimal artifacts, ensuring accurate vascular assessments.
• Portable and Compact – Ultra-lightweight and portable design with a thin, tablet-like form factor for easy handling and mobility.
• Real-Time Imaging – Offers real-time imaging capabilities with exceptional frame rates for smooth, artifact-free visuals.
• Color Flow Imaging (CFM) – Enhances visualization of blood flow and vascular structures with vibrant, detailed color Doppler image.
• DICOM Connectivity – Supports seamless integration with hospital networks and PACS systems for efficient data sharing and storage.

2. User Interface & Ergonomics

• Intuitive Touchscreen Interface – 5.5-inch full-color touch screen with an easy-to-navigate user interface for quick access to imaging modes and settings.
• Lightweight and Compact Design – Weighs only 0.5 kg, ensuring easy portability for point-of-care diagnostics.
• One-Handed Operation – Ergonomically designed for effortless operation with one hand, enabling seamless mobility between patients and settings.
• Quick Scan Mode – Designed for rapid assessments, allowing users to perform fast scans with minimal setup time.
• Customizable Settings – Personalizable settings and protocols to fit specific clinical needs and preferences.

3. Advanced Automation & AI Tools

• Virtual Assistive Features – Guided workflows to help clinicians capture the best images quickly and efficiently, reducing manual input and improving consistency.
• Automatic Optimization – Built-in automatic optimization tools adjust imaging settings for optimal results with minimal user intervention.
• Clinical Intelligence – Incorporates AI-powered tools to assist in image acquisition, measurement, and diagnosis, improving clinical decision-making.
• Advanced Doppler Imaging – Provides high-quality Doppler images for assessing blood flow and cardiovascular health.

4. Connectivity & Data Management

• Cloud-Based Storage and Sharing – Integrates with Tricefy® Cloud for secure, real-time image and report sharing with colleagues or patients.
• Integrated Reporting – Supports quick, customizable reporting directly from the device, enhancing workflow efficiency.
• DICOM and Wi-Fi Support – Allows seamless connection to PACS systems, cloud platforms, and printers via DICOM and Wi-Fi protocols for fast data transfer.
• USB and HDMI Connectivity – Provides multiple export options including USB, HDMI, and secure storage formats for easy image retrieval and sharing.

5. Design & Portability

• Slim, Lightweight, and Portable – Weighs just 0.5 kg with a sleek form factor, designed for easy transport and point-of-care use.
• Long Battery Life – Offers long battery life for continuous use throughout the day, ideal for mobile imaging needs.
• Durable Build – Built to withstand frequent handling and provide reliable performance in busy, fast-paced environments.
• Ergonomically Designed for Easy Grip – Designed with ease of use in mind, offering a comfortable grip and intuitive navigation for effortless operation in various clinical settings.

Technical Specifications

1. System Architecture & Processing

• Operating System – Android® 9.0
• Image Processing Technology – Advanced digital beamforming for superior image clarity
• Digital Beamformer – Customizable beamforming for high-resolution imaging in various environments
• Acoustic Frame Rate – Real-time imaging with high frame rates for clear and accurate diagnostics

2. Dimensions & Weight

• Width: 210 mm (8.3 in)
• Depth: 36 mm (1.4 in)
• Height: 137 mm (5.4 in)
• Weight: 0.37 kg (0.82 lbs) (lightweight and portable)

3. Power & Electrical Specifications

• Battery – Rechargeable lithium-ion battery for continuous scanning (up to 90 minutes of scanning time)
• Charging Time – 2 hours for a full charge
• Input Voltage – 5V via USB-C charging port
• Power Consumption – Low power usage for prolonged battery life

4. Display & Imaging Interface

• Monitor – 5.5-inch HD LCD touchscreen with a resolution of 720x1280 pixels
• Touchscreen Control – Multi-touch capability for precise adjustments and easy operation
• Brightness – High brightness display for visibility in various lighting conditions

5. User Interface & Control

• Control Type – Fully touchscreen interface with intuitive navigation for easy operation
• Ergonomic Design – Compact, handheld design for easy one-hand operation
• Adjustable Settings – User-customizable settings for different clinical needs

6. Connectivity & Storage

• Onboard Storage – 128 GB internal memory for storing patient data and images
• External Storage – Option to connect via USB-C for data export
• Networking & Data Transfer – Wi-Fi and Bluetooth® connectivity for sharing images in real-time
• DICOM Compatibility – Supports DICOM imaging for easy integration into hospital PACS systems
• Remote Access – Allows remote image sharing via GE's Tricefy® Cloud for secure sharing and review

7. Input & Output Ports

• USB-C Port – For charging and data transfer
• Microphone & Speaker – For voice annotations and audio output
• Headphone Jack – For external audio devices if needed

8. Safety & Compliance

• CE Marked – Compliant with European medical device standards (CE 93/42/EEC)
• Electrical Safety Standards – Compliant with IEC 60601-1 for medical electrical equipment safety
• Biological & Usability Standards – Meets ISO 10993-1 and EN 62366 for medical device safety and usability
• Virus Protection – Secure data encryption and restricted open ports to ensure patient privacy and security

9. Design & Portability

• Compact & Lightweight Design – Handheld ultrasound scanner designed for portability and ease of use
• Ergonomic Grip – Designed for comfort during long scanning sessions
• Water-Resistant – Built to withstand water exposure (IPX7 rated for up to 1 meter depth for 30 minutes)

Probe Compatibility

The Philips Affiniti 30 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.
• L15-7io: 7–15 MHz; intraoperative "hockey stick" probe for surgical applications.

Curved Array (Convex) Probes

• C6-2: 2–6 MHz; abdominal and OB/GYN imaging.
• C9-4v: 4–9 MHz; endovaginal probe for OB/GYN applications.
• C9-2: 2–9 MHz; abdominal imaging with a smaller footprint.

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.
• 3D9-3v: 3–9 MHz; 3D/4D endovaginal probe for OB/GYN applications.

Cardiac Sector Probes

• S4-2: 2–4 MHz; adult cardiac imaging.
• S8-3: 3–8 MHz; pediatric cardiac imaging.
• S12-4: 4–12 MHz; neonatal cardiac imaging.

Pencil (CW Doppler) Probes

• D2cwc: 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

1. Cardiac Imaging (Adult & Pediatric)

• 2D Cardiac Imaging for adult and pediatric patients to assess heart function.
• Doppler Imaging for evaluating blood flow, cardiac output, and vessel conditions.
• Stress Echo for evaluating cardiac performance under stress conditions.
• Automated Ejection Fraction (Auto EF) for quick left ventricular function assessment.
• Tissue Doppler Imaging (TDI) for advanced myocardial assessment.
• Strain Imaging for early detection of myocardial dysfunction and tissue deformation.
• Transesophageal Echocardiography (TEE) for detailed heart structure evaluation (with additional probe).

2. Vascular Imaging (Peripheral & Cerebrovascular)

• Color Doppler, Power Doppler, and Spectral Doppler for comprehensive vascular assessments.
• Peripheral Artery and Vein Evaluation for conditions such as deep vein thrombosis (DVT) and arterial diseases.
• Transcranial Doppler (TCD) for assessing cerebrovascular blood flow.
• Intima-Media Thickness (IMT) Measurement for detecting early signs of atherosclerosis.
• Peripheral Vascular Imaging for assessing the health of peripheral arteries and veins, including internal mammary vessels.

3. Abdominal & General Imaging

• Liver, Kidney, Spleen, and Pancreas Imaging with high-resolution B-mode and Doppler capabilities for organ pathology evaluation.
• Gallbladder and Biliary System Assessment for detecting stones, obstructions, and disease conditions.
• Bowel and Abdominal Imaging for evaluating the gastrointestinal tract.
• Aorta and Renal Artery Evaluation for detecting aneurysms, stenosis, and other vascular abnormalities.

4. OB/GYN & Fetal Imaging

• Fetal Biometry and Growth Monitoring with advanced measurement techniques for accurate fetal growth tracking.
• Transvaginal and Transabdominal Imaging for early pregnancy evaluations, including early gestation assessments.
• Amniotic Fluid Index (AFI) and Placental Health Monitoring to assess maternal and fetal health.
• Gynecological Imaging for evaluating uterine and ovarian conditions.
• Endocavity Transducer Use for detailed imaging in obstetrics and gynecology.

5. Small Parts & Musculoskeletal Imaging (MSK)

• Thyroid, Breast, and Superficial Small Parts Imaging for detecting nodules, cysts, and masses.
• Musculoskeletal Ultrasound for tendon, ligament, joint, and muscle evaluations, aiding in the diagnosis of musculoskeletal injuries and disorders.
• Soft Tissue Mass Characterization to differentiate between benign and malignant lesions.
• Superficial Small Parts Imaging for skin, subcutaneous tissue, and lymph node assessments.

6. Urological & Prostate Imaging

• Bladder Volume Assessment for evaluating urinary retention and voiding dysfunction.
• Transrectal Prostate Imaging (TRUS) for prostate size and lesion detection.
• Renal Doppler Studies for assessing renal perfusion and kidney health.
• Urological Imaging for assessing the male and female urinary tracts.

7. Intraoperative & Specialized Imaging

• Real-Time Intraoperative Guidance for supporting surgical procedures with live ultrasound imaging.
• Biopsy Assistance for guided biopsies using real-time needle visualization.
• Contrast-Enhanced Ultrasound (optional) for enhanced imaging in vascular and cardiac applications.

8. Endocavitary Imaging

• Endocavity Transducer for high-resolution imaging in gynecology, obstetrics, and urology, particularly in transvaginal, transrectal, and other endocavity procedures.

Frequently Asked Questions

1. What imaging modes are available on the Philips Affiniti 30?

The Philips Affiniti 30 supports a variety of imaging modes, including B-mode (2D), Color Doppler, Pulsed Wave Doppler, Continuous Wave Doppler, and Tissue Doppler Imaging (TDI), enabling comprehensive assessments of both static and dynamic structures.

2. Can I use the Philips Affiniti 30 for fetal imaging?

Yes, the Affiniti 30 is excellent for obstetric imaging, offering features like fetal biometry, amniotic fluid index (AFI) measurement, and advanced imaging techniques to ensure accurate assessments of fetal development and maternal health.

3. What types of probes are compatible with the Philips Affiniti 30?

The Affiniti 30 is compatible with a wide range of transducers, including convex, linear, and phased array probes. This allows for diverse imaging applications across different specialties, including cardiology, obstetrics, musculoskeletal, and vascular studies.

4. How user-friendly is the Philips Affiniti 30 Ultrasound?

The Affiniti 30 is designed with an intuitive interface and touchscreen controls, making it easy for healthcare professionals to operate with minimal training. It also offers customizable settings to streamline workflows and improve overall efficiency.

5. What is the lifespan of the Philips Affiniti 30 Ultrasound system?

The Philips Affiniti 30 Ultrasound system can serve healthcare facilities for many years, providing reliable performance. Regular software updates and routine maintenance help prolong the system's lifespan and keep it running efficiently.

6. Is the Philips Affiniti 30 easy to maintain?

Yes, the Affiniti 30 is designed for easy maintenance. Its user-friendly interface allows for quick access to system diagnostics, and Philips provides comprehensive support and service options to keep the equipment running smoothly.