RAYCAM CABLE HARNESS by Siemens Medical Solutions
Product Overview
Key highlights
The RAYCAM Cable Harness by Siemens Medical Solutions is designed to enhance connectivity and functionality in imaging systems. This robust cable harness ensures reliable performance and integration, making it essential for optimizing the operation of medical imaging equipment in clinical settings. Cable Harness, Raycam
Key Highlights
- The RAYCAM Cable Harness by Siemens Medical Solutions is designed for optimal connectivity in imaging systems, ensuring reliable performance in clinical settings.
- Its robust construction enhances durability, making it suitable for frequent use in demanding hospital environments.
- This cable harness facilitates seamless integration with various imaging modalities, supporting enhanced workflow efficiency.
- Engineered with precision, it minimizes signal loss, contributing to superior image quality during diagnostic procedures.
- The RAYCAM Cable Harness is backed by Siemens' commitment to quality, ensuring users receive a dependable product tailored for medical applications.
Compatible Systems & Use Cases
While specific models are not listed, the RAYCAM Cable Harness is likely compatible with a range of imaging systems, including C-arms and ultrasound devices. Its design supports various clinical scenarios, such as surgical imaging, diagnostic radiology, and interventional procedures.
Technical Specifications
| Parameter | Value |
|---|---|
| Product ID | O18860-7142081 |
| Brand | Siemens Medical Solutions |
| Part Number | 7142081 |
| Type | Cable Harness |
Clinical and Service Value
The RAYCAM Cable Harness is an essential component for maintaining the integrity and performance of imaging systems. Its compatibility with various modalities ensures that healthcare facilities can optimize their existing equipment without the need for extensive modifications. This adaptability supports a streamlined procurement process, allowing institutions to focus on enhancing patient care while minimizing downtime associated with equipment failures.
In terms of maintenance, the robust design of the RAYCAM Cable Harness contributes to longevity and reliability, reducing the frequency of replacements. This ensures that biomedical engineers can allocate resources more effectively, focusing on critical maintenance tasks rather than routine replacements. Additionally, the improved signal integrity provided by this harness enhances image quality, which is crucial for accurate diagnostics and patient outcomes, ultimately supporting the overall efficiency of clinical workflows.
Additional notes
Cable Harness, Raycam