COMFORT SCAN DESIGN DOPPLER P2D PROBE by GE Healthcare

Key Highlights

• The COMFORT SCAN DESIGN DOPPLER P2D PROBE by GE Healthcare is engineered for enhanced imaging quality, making it ideal for a variety of diagnostic applications.
• This probe provides exceptional performance in cardiac, pediatric, and vascular imaging, supporting a wide range of clinical scenarios.
• Designed for compatibility with numerous GE ultrasound systems, it ensures seamless integration and optimal functionality.
• The ergonomic design of the probe enhances user comfort, facilitating prolonged usage without compromising on performance.
• With its robust construction, this probe promises durability and reliability, essential for high-demand clinical environments.

Compatible Systems & Use Cases

The COMFORT SCAN DESIGN DOPPLER P2D PROBE is compatible with the following GE Healthcare ultrasound models:

• VIVID 7
• VIVID 5
• VIVID 7 DIMENSION
• VIVID 7 PRO
• LOGIQ E9
• LOGIQ P5
• VINGMED
• LOGIQ 7
• VIVID E9
• VIVID S5
• VIVID S6
• LOGIQ S6
• LOGIQ S8
• LOGIQ 9
• LOGIQ P6
• LOGIQ S7 EXPERT
• LOGIQ S7 PRO
• LOGIQ E10
• LOGIQ S7
• VIVID IQ
• VIVID S5S6

This probe is particularly suited for cardiac, pediatric, and vascular imaging, making it an excellent choice for healthcare facilities focused on comprehensive diagnostic capabilities.

Technical Specifications

Parameter	Value
Frequency Range	2-5 MHz
Weight	Approximately 300 grams
Length	Approximately 25 cm
Connector Type	GE Healthcare proprietary connector

Clinical and Service Value

The COMFORT SCAN DESIGN DOPPLER P2D PROBE enhances clinical workflows by providing high-quality imaging essential for accurate diagnoses in various specialties, including cardiology and pediatrics. Its compatibility with multiple GE ultrasound systems allows hospitals to standardize their equipment, minimizing the need for extensive training and ensuring that staff can operate various devices with ease.

From a service perspective, the probe's robust design promises longevity and reliability, reducing the frequency of replacements and maintenance interventions. This not only ensures continuous operational efficiency but also supports the overall effectiveness of imaging departments, allowing healthcare professionals to focus on patient care rather than equipment issues.

Additional notes

Applications:CardiacCardiaccardiacPediatricsVascular