IC9-RS WIDEBAND MICROCONVEX INTERCAVITY ARRAY PROBE by GE Healthcare

Product Brief: IC9-RS Wideband Microconvex Intercavity Array Probe by GE Healthcare

Key Highlights

• Versatile Applications: The IC9-RS probe is designed for endocavitary real-time 2D imaging, making it suitable for transrectal, obstetric, and gynecological applications.
• User-Centric Design: Engineered for user comfort and efficiency, the probe features an ergonomic body style that minimizes keystrokes during examinations, enhancing workflow.
• High-Quality Imaging: This wideband microconvex transducer generates high-fidelity images through advanced ultrasound technology, ensuring accurate diagnostics.
• Durable Construction: Manufactured with precision techniques, the probe exhibits excellent surface finish and consistency, contributing to its reliability in clinical settings.
• Comprehensive Packaging: Each probe is securely packaged to prevent damage during transit and includes a Quality Assurance seal for compliance verification.

Compatible Systems & Use Cases

• Compatible Systems: Primarily designed for use with GE Healthcare's Voluson signature series systems.
• Use Cases: Ideal for applications in obstetrics, gynecology, and transrectal examinations, providing clinicians with a reliable tool for real-time imaging.

Technical Specifications

Clinical and Service Value

The IC9-RS Wideband Microconvex Intercavity Array Probe by GE Healthcare is a vital addition to any imaging suite, particularly for facilities focusing on obstetrics and gynecology. Its design prioritizes user comfort and operational efficiency, allowing clinicians to perform examinations with minimal disruption to workflow. The ergonomic design reduces the number of keystrokes required, enabling faster patient assessments and enhancing overall productivity.

In terms of maintenance and service, the probe's robust construction ensures longevity and reliability, minimizing the need for frequent replacements. The inclusion of a Quality Assurance seal verifies compliance with industry standards, providing procurement teams with confidence in their investment. Furthermore, the probe's high-fidelity imaging capabilities support accurate diagnostics, ultimately contributing to improved patient outcomes. By integrating this probe into their systems, healthcare facilities can enhance their diagnostic capabilities while streamlining their operational processes.

Additional notes

The IC9-RS Real-time 2D Endocavitary Probe-A is designed to use with Voluson signature series systems and other medical equipments as applicable. The Voluson signature series system is designed for user comfort and efficiency, with features that simplify exams and boost workflow. The simple user interface and ergonomic body style award fewer keystrokes. The probe assembly consists of a probe, probe care card and a document for certification of compliance. It includes EMI shield, heat shrink tube, LED, nose-piece and few other accessories found in the probe assembly. This particular probe is wideband micro convex endo-cavitary real time 2D transducer, which is used significantly for transrectal, obstetrics and gynecology applications. The Ultrasound waves spread through the body, producing an echo where density changes occur. The echoes return to the transducer where they are converted back into electrical signals, thus resulting the quality of images. The probe generates mechanical high-frequency waves, transmits via digital memory to the computer, and forms as an image. The GE product is an Innovation and technology which fits well into versatile customer needs. It is manufactured using high precision techniques which helps to achieve a good surface finish as well as good product consistency. The part is diligently designed for high performance and reliability. It is securely packaged inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details. Edges rounded for safe handling Operate in endo-cavity real time 2D High fidelity and performance