4C-D TRANSDUCER by GE Healthcare

Key Highlights

• The 4C-D Transducer by GE Healthcare is designed for high-definition imaging across various clinical applications, ensuring superior diagnostic capabilities.
• This transducer supports a wide range of modalities, including obstetrics, gynecology, and vascular imaging, enhancing versatility in clinical settings.
• Its compatibility with multiple GE ultrasound systems ensures seamless integration into existing workflows, facilitating efficient patient management.
• Engineered for robust performance, the 4C-D Transducer provides reliable imaging quality, which is crucial for accurate assessments and treatment planning.
• With its ergonomic design, this transducer enhances user comfort and reduces fatigue during extended imaging sessions.

Compatible Systems & Use Cases

The 4C-D Transducer is compatible with the following GE Healthcare models:

• VOLUSON 530
• VOLUSON 530D
• VOLUSON 730 ESP
• VOLUSON 730 PRO
• VOLUSON E8 EXPERT
• VOLUSON 730
• VOLUSON 730 EXPERT
• VOLUSON I
• LOGIQ E9
• VIVID E9
• VOLUSON E6
• VOLUSON E8
• VOLUSON S6
• VOLUSON S8
• LOGIQ
• E-SERIES
• VOLUSON

Use cases include abdominal imaging, fetal heart assessments, gynecological evaluations, nerve imaging, and vascular studies, making it a versatile tool in both diagnostic and therapeutic contexts.

Technical Specifications

Parameter	Value
Frequency Range	2-5 MHz
Imaging Modes	B-mode, Doppler
Applications	Abdomen, Obstetrics, Gynecology, Vascular

Clinical and Service Value

The 4C-D Transducer is an essential asset for healthcare facilities aiming to enhance their imaging capabilities. Its compatibility with a wide array of GE ultrasound systems allows for streamlined integration into existing workflows. This flexibility not only aids in maintaining continuity of care but also supports a broad range of clinical applications, from obstetrics to vascular imaging, ensuring that healthcare providers can meet diverse patient needs effectively.

In terms of maintenance, the 4C-D Transducer is designed with durability in mind, which minimizes the frequency of repairs and replacements. This reliability contributes to improved operational efficiency, as healthcare professionals can focus on patient care rather than equipment downtime. Furthermore, the ergonomic design of the transducer promotes user comfort, reducing fatigue during prolonged use, thereby enhancing overall workflow efficiency in busy clinical environments.

Additional notes

Applications:AbdomenFetal HeartGynecologyNervegeneral OBOB/GYNPeripheral VascularUrologyVascular