HIGH VOLTAGE DUAL MODE INTERCONNECT CABLE by OEC Medical Systems (GE Healthcare)
Product Overview
Key highlights
The High Voltage Dual Mode Interconnect Cable by OEC Medical Systems (GE Healthcare) is designed for reliable connectivity in advanced imaging systems. Its dual mode functionality enhances versatility, making it an essential component for ensuring optimal performance in various medical applications, particularly in C-arm systems. Interconnect Cable, High Voltage, Dual Mode
Key Highlights
- The High Voltage Dual Mode Interconnect Cable by OEC Medical Systems (GE Healthcare) is designed to enhance connectivity in advanced imaging systems, ensuring optimal performance.
- Engineered for dual mode functionality, this cable supports a variety of applications, making it versatile for different imaging scenarios.
- Constructed with high-quality materials, the cable ensures durability and reliability in demanding clinical environments.
- Designed for easy integration, this interconnect cable simplifies the setup process for medical imaging systems, enhancing workflow efficiency.
- Compliance with industry standards ensures that the cable meets rigorous safety and performance requirements, providing peace of mind for healthcare providers.
Compatible Systems & Use Cases
While specific models are not listed, it is reasonable to infer that this interconnect cable is compatible with various C-arm imaging systems used in surgical and diagnostic procedures. Typical use cases include orthopedic surgery, pain management, and fluoroscopy, where high voltage connectivity is essential for optimal imaging performance.
Technical Specifications
| Parameter | Value |
|---|---|
| Product ID | O17061-0090118901 |
| Part Number | 00-901189-01 |
| Type | High Voltage Dual Mode Interconnect Cable |
| Brand | OEC Medical Systems (GE Healthcare) |
| Application | Imaging Systems |
Clinical and Service Value
The High Voltage Dual Mode Interconnect Cable is an essential component for ensuring seamless connectivity in imaging systems. Its robust design minimizes the risk of signal loss and enhances image quality, which is crucial for accurate diagnostics. By facilitating reliable connections, this cable supports improved patient outcomes and operational efficiency in clinical settings.
Furthermore, the cable's compatibility with various imaging modalities allows for flexibility in procurement decisions. Healthcare facilities can streamline their inventory management by investing in versatile components that serve multiple applications. This adaptability not only simplifies maintenance but also ensures that healthcare providers can quickly respond to evolving clinical needs, ultimately enhancing patient care and operational workflows.
Additional notes
Interconnect Cable, High Voltage, Dual Mode