RFM323-2 FE MAINBOARD WITHOUT MUX SCW by GE Healthcare
Product Overview
Key highlights
The RFM323-2 FE Mainboard without MUX SCW by GE Healthcare is designed for advanced ultrasound systems, ensuring reliable performance and integration. This essential component supports various applications in diagnostic imaging, enhancing system functionality and operational efficiency in clinical settings. Mainboard, RFM323 2 FE Type, Without Mux Scw
Key Highlights
- The RFM323-2 FE Mainboard is designed specifically for GE Healthcare ultrasound systems, ensuring optimal compatibility and performance.
- This mainboard features a robust design that enhances the reliability of ultrasound imaging, crucial for accurate diagnostics.
- Without the Mux SCW, this board simplifies the system architecture, potentially reducing maintenance complexities.
- Engineered with advanced technology, it supports high-definition imaging capabilities, vital for detailed patient assessments.
- GE Healthcare's commitment to quality ensures that this mainboard meets stringent healthcare standards for safety and efficacy.
Compatible Systems & Use Cases
While specific models are not listed, the RFM323-2 FE Mainboard is likely compatible with various GE Healthcare ultrasound systems. It is suitable for use in clinical environments requiring high-quality imaging, such as obstetrics, cardiology, and general diagnostics.
Technical Specifications
| Parameter | Value |
|---|---|
| Product ID | O16880-KTZ304141 |
| Brand | GE Healthcare |
| Part Number | KTZ304141 |
| Type | Mainboard, RFM323-2 FE |
| Configuration | Without Mux SCW |
Clinical and Service Value
The RFM323-2 FE Mainboard is a critical component for maintaining the functionality of GE Healthcare ultrasound systems. Its design emphasizes reliability and performance, which are essential for delivering consistent diagnostic results. By integrating this mainboard into existing systems, healthcare providers can ensure that their imaging capabilities remain at the forefront of technology, ultimately enhancing patient care.
In terms of maintenance, the simplified architecture of the RFM323-2 FE Mainboard reduces the potential for system failures and streamlines troubleshooting processes. This efficiency can lead to improved workflow in clinical settings, allowing biomedical engineers and procurement teams to focus on other critical areas of patient care. By investing in high-quality components like this mainboard, healthcare facilities can enhance their operational effectiveness and ensure the longevity of their imaging systems.
Additional notes
Mainboard, RFM323-2 FE Type, Without Mux Scw