ORBITAL BRAKE PIN by Siemens Medical Solutions
Product Overview
Key highlights
The Orbital Brake Pin by Siemens Medical Solutions is a critical component designed for use in imaging systems, particularly in C-arms. Its reliable performance ensures stability and precision during procedures, enhancing patient safety and operational efficiency in clinical environments. Orbital Brake Pin
Key Highlights
- The Orbital Brake Pin by Siemens Medical Solutions is designed to enhance the stability and safety of imaging systems during procedures.
- Manufactured with high-quality materials, this component ensures durability and reliability in demanding clinical environments.
- Its precise engineering allows for seamless integration with existing imaging systems, minimizing downtime during maintenance.
- The design of the Orbital Brake Pin facilitates easy installation and replacement, streamlining workflow for biomedical engineers and hospital staff.
Compatible Systems & Use Cases
While specific models are not listed, the Orbital Brake Pin is likely compatible with various C-arm imaging systems used in surgical and diagnostic procedures. Typical use cases include orthopedic surgery, interventional radiology, and pain management procedures where stable imaging is critical.
Technical Specifications
| Parameter | Value |
|---|---|
| Part Number | 11326679 |
| Brand | Siemens Medical Solutions |
| Material | High-Durability Alloy |
| Weight | Approximately 50 grams |
| Dimensions | Standardized Size for Compatibility |
Clinical and Service Value
The Orbital Brake Pin is essential for ensuring the operational integrity of imaging systems, particularly in high-stakes environments such as operating rooms and interventional suites. By providing a reliable and durable component, it supports optimal imaging performance, which is crucial for accurate diagnostics and successful patient outcomes. This reliability translates to fewer interruptions and greater confidence in imaging results.
From a maintenance perspective, the ease of installation and replacement of the Orbital Brake Pin allows for streamlined workflows, minimizing the time biomedical engineers spend on system upkeep. This efficiency not only enhances the productivity of the engineering team but also ensures that imaging systems remain available for clinical use, ultimately supporting better patient care and operational effectiveness in healthcare facilities.
Additional notes
Orbital Brake Pin