Siemens Revelation/Inspiration

Overview

The Siemens Inspiration 3D Tomo training course will provide engineers with the necessary knowledge to maintain Dimensions 2D or 3D Tomo systems. This course is designed to give the service professional the insight to evaluate image quality problems, determine if the mammographic unit is the source of the image problem and take the appropriate steps to correct the deficiency.

Given today’s regulatory environment maintaining the system at peak performance is of the utmost importance. At the completion of this course students will be able to perform all Dimensions system maintenance procedures including:

• Calibration (including Tomo)
• Gantry maintenance
• AWS (Acquisition Workstation) maintenance
• Imaging chain maintenance
• Detector pixel calibration
• Troubleshooting

Prerequisites

To attend this course, the service professional must have attended Phase I and possess fundamental knowledge and understanding of the principles of X-ray and basic electronics.

Objectives

• Identify the major components of the Inspiration 3D Tomo system
• Describe the functional characteristics of each sub-system of the Inspiration 3D Tomo system
• Describe the factors that affect digital mammographic image quality
• Describe how those factors are optimized to produce the highest quality digital mammographic
  images
• Complete all operator, administration, and application/Syngo tasks
• Describe the function of the basic components of the Inspiration 3D Tomo mammographic unit
• Perform the necessary tests to reproduce the results of the physicist’s report to confirm corrective action
• Perform all system calibrations and adjustments to maintain the highest quality images and compliance with MQSA requirements
• Perform detector related maintenance and Pixel calibration procedures to maintain detector image quality
• Demonstrate OS competence to be able to handle AWS maintenance, backup, restore, and calibrations
• Perform complete Preventive Maintenance procedures as performed by the OEM
• Evaluate circuit functions to facilitate troubleshooting