The GE OEC 9900 Elite is a highly versatile, digital fluoroscopic system utilized in diverse medical imaging applications.
This manual provides essential guidance for operators, ensuring optimal performance and safety during procedures.
Understanding this system’s capabilities, as detailed in available service manuals and guides, is crucial for effective utilization.
Recent advancements, like LungVision compatibility, demonstrate the OEC 9900 Elite’s continued relevance in modern healthcare settings.
Overview of the System
The GE OEC 9900 Elite represents a significant advancement in mobile fluoroscopy, offering exceptional image quality and maneuverability for a wide range of clinical procedures. This digital C-arm system is designed for intraoperative imaging, surgical guidance, and diagnostic fluoroscopy.
Its core functionality revolves around real-time X-ray imaging, providing surgeons and physicians with immediate visual feedback during interventions. The system’s intuitive controls and user-friendly interface, detailed in the user manual, facilitate efficient workflow.
Key features include a robust generator, high-resolution image intensifier, and versatile imaging modes. The OEC 9900 Elite is frequently utilized in orthopedic, vascular, and pain management procedures, and is supported by comprehensive service documentation (Revision 6, 2007) for maintenance and troubleshooting.
Intended Use and Applications
The GE OEC 9900 Elite is primarily intended for use by qualified medical personnel in fluoroscopic imaging procedures. Its applications span numerous specialties, including orthopedic surgery for fracture reduction and implant placement, vascular surgery for angiography and stent placement, and pain management for guided injections.
Furthermore, the system supports general diagnostic fluoroscopy, aiding in the visualization of the gastrointestinal and genitourinary tracts. Recent compatibility with the LungVision system expands its utility to thoracic interventions.
The user manual emphasizes adherence to safety protocols and proper training for all operators. The OEC 9900 Elite is not intended for use in home healthcare settings and requires a controlled clinical environment, as outlined in the service manual (5198697-100).
System Components
The GE OEC 9900 Elite comprises a C-arm configuration, generator, X-ray tube, image intensifier, and detector – all detailed within the service manual.
C-Arm Configuration
The GE OEC 9900 Elite’s C-arm design facilitates versatile positioning during fluoroscopic procedures. This configuration allows for imaging from multiple angles, crucial for accurate diagnosis and intervention. The system’s mobility, a key feature highlighted in user guides, enables rapid adjustments within the sterile field.
Understanding the C-arm’s range of motion and mechanical specifications, as outlined in the service manual (5198697-100 Rev 6), is essential for safe and effective operation. Operators must be familiar with locking mechanisms and collision avoidance features. Proper C-arm positioning minimizes patient exposure and optimizes image quality, contributing to improved clinical outcomes.
The C-arm’s robust construction ensures stability during dynamic imaging, while its compact design enhances maneuverability in constrained spaces.
Generator and X-Ray Tube
The GE OEC 9900 Elite utilizes a high-frequency generator to deliver precise and consistent X-ray output. This generator, detailed within the service documentation, allows for adjustable kV and mA settings, optimizing image quality based on patient size and anatomical region. Understanding these parameters is vital, as outlined in operator manuals.
The X-ray tube itself is a critical component, designed for efficient radiation emission and heat dissipation. Proper cooling and maintenance, as described in service guides (like 5835656-1EN), are essential for extending tube lifespan and ensuring reliable performance. Operators should be aware of tube warm-up procedures and limitations to prevent damage.
The generator’s stability contributes to reduced motion blur and enhanced image clarity during fluoroscopy.
Image Intensifier and Detector
The GE OEC 9900 Elite employs a high-resolution image intensifier coupled with a digital detector to convert X-ray photons into visible images. This system, covered extensively in service manuals (like 5198697-100 Rev 6), provides real-time fluoroscopic imaging with excellent detail. Understanding the intensifier’s gain settings is crucial for optimizing image brightness and contrast.
The digital detector captures the intensified image, allowing for digital image processing and storage. Proper calibration and maintenance, as detailed in operator guides, are essential for maintaining image quality and diagnostic accuracy. Regular quality control checks, utilizing phantoms like PMMA and aluminum, ensure optimal performance.
These components work in harmony to deliver clear, detailed images for a variety of interventional procedures.
Operating Instructions
The GE OEC 9900 Elite requires careful adherence to documented procedures for safe and effective operation. User manuals detail system initialization, image acquisition, and fluoroscopy techniques.
Always prioritize patient and operator safety during all imaging procedures.
Powering On and System Initialization
Initial system startup for the GE OEC 9900 Elite involves a specific sequence to ensure proper functionality and safety. Begin by verifying the connection to a stable power source and confirming the emergency stop button is accessible.
The power switch is typically located on the system console; engage it and allow the self-tests to complete. These tests, as outlined in the user manual, check critical components like the X-ray tube and image intensifier.
Following successful self-tests, the system will prompt for user login and parameter settings. Carefully review and adjust these settings according to the imaging protocol. Proper initialization is vital for optimal image quality and patient dose management.
Refer to the comprehensive guide for detailed step-by-step instructions.
Image Acquisition Techniques
The GE OEC 9900 Elite offers diverse image acquisition techniques tailored to various clinical needs. Utilizing the user manual, operators can select from pulsed fluoroscopy, continuous fluoroscopy, and cine modes.
Pulsed fluoroscopy minimizes patient dose by intermittently emitting X-rays, ideal for prolonged procedures. Continuous fluoroscopy provides a real-time image, useful for guiding interventions. Cine mode records short image sequences for detailed analysis.
Optimizing image quality involves adjusting parameters like kV, mA, and exposure time. Understanding these settings, as detailed in the manual, is crucial for achieving diagnostic images while adhering to ALARA principles. Phantom usage, as described in testing protocols, aids in technique refinement.
Fluoroscopy Mode Operation
The GE OEC 9900 Elite’s fluoroscopy mode provides real-time X-ray imaging for guiding procedures. The user manual details essential controls for brightness, contrast, and image magnification. Operators can select from various preset fluoroscopy programs optimized for different anatomical regions and clinical applications.
Foot pedal operation controls image acquisition, allowing hands-free adjustments during interventions. Careful attention to collimation minimizes radiation exposure to both patient and staff. The system’s digital capabilities enable image storage and retrieval for review and documentation.
Proper understanding of these operational features, as outlined in the service and operator manuals, ensures safe and effective fluoroscopic examinations.
Service and Maintenance
Regular maintenance, detailed in the GE OEC 9900 Elite service manual, is vital for optimal performance and longevity. Troubleshooting guides address common issues efficiently.
Adhering to safety precautions during service ensures personnel protection.
Routine Maintenance Procedures
Consistent routine maintenance, as outlined in the GE OEC 9900 Elite service manual (Revision 6, 2007), is paramount for sustained operational efficiency and image quality. This includes regular inspection of the C-arm configuration, generator, and the image intensifier/detector components.
Daily checks should verify proper functionality of all controls and indicators. Weekly procedures involve cleaning exterior surfaces with approved disinfectants and inspecting cabling for damage.
Periodically, qualified service personnel must perform more in-depth assessments, including X-ray tube inspection and calibration, ensuring adherence to established technical specifications. Proper documentation of all maintenance activities is essential for tracking performance and identifying potential issues before they escalate.
Troubleshooting Common Issues
The GE OEC 9900 Elite service manual (5198697-100) details solutions for frequently encountered problems. Image quality concerns often stem from improper X-ray parameter settings or issues with the image intensifier. Generator faults can manifest as inconsistent output or system failures.
If experiencing issues, first verify power connections and system initialization. Consult the manual for error code interpretations and recommended corrective actions.
For persistent problems, qualified service personnel should inspect the X-ray tube, detector, and associated electronics. Remember, attempting repairs without proper training can void warranties and compromise patient safety. Always prioritize safety precautions during troubleshooting.
Safety Precautions for Service Personnel
GE OEC 9900 Elite service requires strict adherence to safety protocols. High voltage components pose a significant electrical hazard; always disconnect power before accessing internal parts. Radiation exposure is another critical concern – utilize appropriate shielding and monitoring devices during any testing involving X-ray emission.
Personnel must be thoroughly trained on the system’s operation and safety features, referencing the service manual (5198697-100) for detailed guidance.
Proper grounding is essential to prevent electrical shock. Wear appropriate personal protective equipment (PPE), and follow all institutional radiation safety guidelines. Never bypass safety interlocks or attempt unauthorized modifications.
Technical Specifications
The GE OEC 9900 Elite boasts detailed X-Ray parameters, mechanical dimensions, and image quality characteristics outlined in its documentation.
These specifications ensure optimal performance and diagnostic accuracy.
X-Ray Parameters and Ranges
The GE OEC 9900 Elite offers a comprehensive range of X-Ray parameters, crucial for tailoring imaging to specific clinical needs. Key parameters include tube voltage (kVp), typically adjustable from 40kVp to 150kVp, allowing for penetration control based on patient size and anatomy. Tube current (mA) ranges are also adjustable, commonly from 1mA to 320mA, influencing image brightness and exposure levels.
Exposure time settings are selectable, providing precise control over radiation dose. The system supports both pulsed and continuous fluoroscopy modes. Filtration options, including inherent and added filtration, minimize patient dose while maintaining image quality. Understanding these adjustable ranges, detailed in the user manual, is vital for optimizing image clarity and minimizing radiation exposure.
Mechanical Specifications
The GE OEC 9900 Elite boasts robust mechanical features designed for maneuverability and stability. The system typically includes a mobile C-arm, allowing for flexible positioning around the patient. Its overall dimensions are substantial, requiring adequate space for operation and movement. The C-arm’s weight is considerable, necessitating careful handling and appropriate floor loading capacity.
The system features motorized controls for C-arm rotation, vertical travel, and longitudinal movement, enhancing precision during positioning. The imaging table, if included, has specific weight limits and dimensions. Detailed mechanical specifications, including dimensions and weight, are outlined in the user manual for safe and effective operation.
Image Quality Characteristics
The GE OEC 9900 Elite delivers high-resolution fluoroscopic images crucial for accurate diagnosis and intervention. Image quality is influenced by several factors, including kVp, mA, and exposure time, all adjustable via the system’s controls. The digital detector provides a wide dynamic range, enabling visualization of both dense bone and soft tissues.
Spatial resolution is optimized for detailed anatomical assessment, while temporal resolution supports real-time imaging during dynamic procedures. Phantom testing, utilizing materials like PMMA, aluminum, and copper, helps evaluate and maintain image quality. The user manual details optimal settings for various clinical applications, ensuring consistent and reliable image performance.
Compatibility and Integrations
The GE OEC 9900 Elite demonstrates compatibility with systems like LungVision and benefits from agreements like the Amerinet contract, enhancing workflow.
Integration capabilities expand its utility within modern imaging environments.
LungVision System Compatibility
The GE OEC 9900 Elite now offers compatibility with the Body Vision Medical LungVision system, a significant advancement in intraoperative CT imaging. This integration allows surgeons to leverage real-time, low-dose CT guidance during lung procedures, enhancing precision and potentially improving patient outcomes.
Specifically, the OEC 9900 Elite supports the 2D feature of the LungVision system. This compatibility streamlines workflows by utilizing the existing fluoroscopic infrastructure for advanced imaging modalities. The integration aims to provide surgeons with enhanced visualization capabilities during bronchoscopic interventions, aiding in accurate navigation and target localization. Further details regarding setup and optimal utilization are available in supplemental documentation provided by both GE Healthcare and Body Vision Medical.
Amerinet Agreement Details
Amerinet has established a new agreement with OEC Medical Systems, a GE Healthcare business, concerning the OEC 9900 Elite Digital C-Arm. This agreement expands access to this advanced imaging technology for Amerinet members, offering potentially advantageous pricing and procurement options.
Previously, the OEC 9900 Elite was offered with limited availability. This new partnership with Amerinet broadens distribution channels, making the system more accessible to healthcare facilities. Details of the agreement, including specific contract numbers and pricing schedules, are available to authorized Amerinet members through their designated representatives. This collaboration aims to streamline the acquisition process and support the adoption of cutting-edge imaging solutions.
Phantom Usage for Testing
GE OEC 9900 Elite system performance verification frequently utilizes medical phantoms to simulate patient anatomy. Plastic phantoms, specifically PMMA (acrylic), are employed to replicate varying soft tissue thicknesses encountered during fluoroscopically-guided procedures. These phantoms allow for standardized image quality assessments.
Additionally, aluminum and copper phantoms are used to evaluate the system’s response to different materials and densities. Phantom imaging helps optimize technique charts, ensuring appropriate radiation dose and image clarity. Proper phantom selection and positioning are crucial for accurate testing and adherence to quality control protocols, as outlined in the user manual and service documentation.