OEC Elite CFD & Mini CFD (CMOS Flat Detector) FPD C-Arm
This course is designed to provide the advanced service professional with the skills and knowledge to maintain the OEC Elite CFD & OEC Mini (CMOS Flat Detector) flat panel detector C-Arm systems.
Start Date: Mon Aug 24 2026
End Date: Fri Aug 28 2026
Overview
This course is designed to provide the advanced service professional with the skills and knowledge to maintain the OEC Elite CFD & OEC Mini (CMOS Flat Detector) flat panel detector C-Arm systems. All adjustments will be discussed to establish optimum performance criteria. Theory and hands-on sessions will develop the skills necessary to troubleshoot system failures and restore it to operation. While RSTI may or may not have an OEM Mini CFD training unit during class, students will be able to effectively service the mini following the OEC CFD course due to:
- OEC Mini CFD is a simplified version of the OEC CFD
- OEC Mini CFD & OEC CFD Service key access is the -same
- OEC Mini CFD Service Documentation is downloaded and reviewed
- OEC Mini CFD Component Identification lab reviews the Mini C-Arm and compares against the OEC CFD training unit
- OEC Mini calibration are comparable to the OEC CFD
Prerequisites
To attend this course, the service professional must have good fundamental knowledge and understanding of the principles gained through attendance at our Phase 1, Phase 2, and Phase 3 X-ray courses or equivalent field experience.
Objectives
At the completion of this course participants will be able to:
- Operate the OEC Elite CFD
- Identify all systems, subsystems and components of the OEC Elite CFD
- Verify power supplies for accuracy and function
- Service and calibrate system batteries and charger circuits
- Utilize all communication interfaces to calibrate and evaluate the system
- Evaluate the performance of the X-ray generator, imaging, and workstation sections of each
- system
- Calibrate and adjust all components of the X-ray generator, imaging chain and workstation
- Restore the system to proper functional state following a system failure
- Evaluate and repair mechanical systems
