IC9-RS WIDEBAND MICROCONVEX INTERCAVITY ARRAY PROBE by GE Healthcare
Product Overview
Key highlights
The IC9-RS Wideband Microconvex Intercavity Array Probe by GE Healthcare is engineered for real-time 2D imaging in transrectal, obstetrics, and gynecology applications. Designed for compatibility with Voluson signature series systems, it offers high fidelity and performance, enhancing user comfort and workflow efficiency through a simplified interface and ergonomic design. 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
Key Highlights
- The IC9-RS Wideband Microconvex Intercavity Array Probe by GE Healthcare is engineered for high fidelity imaging, ensuring exceptional performance in real-time 2D applications.
- Designed for user comfort and efficiency, the probe features a simple interface that minimizes keystrokes, enhancing workflow during examinations.
- This probe is particularly effective for transrectal, obstetrics, and gynecology applications, providing versatile imaging capabilities across various clinical scenarios.
- Manufactured with precision techniques, the probe offers superior surface finish and consistency, contributing to reliable diagnostic outcomes.
- Each probe assembly includes essential accessories such as an EMI shield and probe care card, ensuring comprehensive support for operational needs.
Compatible Systems & Use Cases
The IC9-RS probe is primarily compatible with the Voluson signature series ultrasound systems. It is ideally suited for:
- Transrectal imaging in urology.
- Obstetric evaluations for prenatal care.
- Gynecological assessments, enhancing diagnostic accuracy.
Technical Specifications
| Parameter | Value |
|---|---|
| Probe Type | Wideband Microconvex Intercavity |
| Imaging Mode | Real-time 2D |
| Applications | Transrectal, Obstetrics, Gynecology |
| Included Accessories | Probe Care Card, EMI Shield, Certification Document |
Clinical and Service Value
The IC9-RS Wideband Microconvex Intercavity Array Probe offers significant clinical value by enhancing diagnostic capabilities in obstetrics and gynecology. Its high-frequency mechanical waves facilitate superior image quality, enabling healthcare professionals to make informed decisions based on accurate assessments. The probe's design emphasizes user comfort and efficiency, which can lead to improved patient throughput and satisfaction during examinations.
From a service perspective, the probe's high precision manufacturing ensures durability and reliability, which are critical in a clinical environment. The inclusion of essential accessories and a comprehensive care card supports effective maintenance and operational readiness. This thoughtful design not only minimizes downtime but also enhances the overall workflow in busy medical settings, allowing clinicians to focus on patient care rather than equipment issues.
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