A digital X-ray machine that drifts out of calibration doesn't announce itself — it just quietly produces slightly worse images until someone notices a pattern of retakes or complaints. This maintenance-focused training course from the Arab British Fellowship Training Academy is built to stop that drift before it starts, giving biomedical engineers and service technicians a structured approach to keeping digital X-ray systems reliable, accurate, and efficient over their full operating life.

Participants work through the technical anatomy of a digital X-ray system — tubes, detectors, imaging software — before moving into the maintenance skills that matter day to day: calibration, quality control, troubleshooting, software upgrades, and emergency repair. Safety, radiation protection, and regulatory compliance run through every module, alongside a forward look at how PACS integration, multimodality imaging, and AI are changing what "maintenance" will mean in the years ahead.

What You'll Be Able to Do

• Explain the structure and components of digital X-ray systems, and how they differ from traditional systems.
• Maintain X-ray tubes and digital detectors, including cleaning, calibration, and fault prevention.
• Run calibration and quality-control programmes to sustain image quality and performance benchmarks.
• Diagnose and resolve hardware and software malfunctions, and manage software updates and upgrades.
• Build preventive maintenance schedules that minimise downtime and extend equipment lifespan.
• Apply safety precautions and radiation-protection measures during maintenance work.
• Manage PACS integration and multimodality compatibility, and prepare for emerging imaging technologies.

Who Should Attend?

• Biomedical engineers and technicians specialising in digital X-ray systems
• Radiology technologists and medical imaging specialists
• Quality control and safety officers
• Professionals in medical equipment service and repair

Module 1: The Digital X-ray System at a Glance

• Structure, components, and role of digital X-ray systems in modern healthcare
• Differences between traditional and digital X-ray systems
• Key components: tubes, detectors, imaging software, and communication interfaces

Module 2: How a Digital Image Is Made

• Principles of digital image capture, processing, and storage
• Factors influencing image resolution and clarity
• Noise, artifacts, and their impact on diagnostics

Module 3: Keeping Tubes and Detectors Healthy

• X-ray tube anatomy, heat dissipation, and lifespan factors
• Routine tube cleaning, output monitoring, and failure prevention
• Detector types (CCD, CMOS, flat-panel), calibration, and servicing

Module 4: Calibration and Quality Control Programmes

• Calibration importance, tools, and procedures
• Setting up regular quality-control programmes
• Image quality testing and performance benchmarks

Module 5: Diagnosing and Fixing Problems

• Identifying malfunctions and interpreting error codes
• Step-by-step troubleshooting for hardware and software issues
• Software maintenance: updates, patches, and license management

Module 6: Upgrades and Performance Optimisation

• Evaluating and installing software or feature upgrades
• Compatibility testing after upgrades
• Adjusting settings for efficiency and energy savings

Module 7: Preventive Maintenance and Minimising Downtime

• Building maintenance schedules and keeping accurate records
• Rapid-response and emergency maintenance procedures
• Repair strategies and maintaining a stock of essential parts

Module 8: Safety First — Maintenance, Radiation, and Compliance

• Safety precautions and PPE during maintenance work
• Radiation safety and patient protection during calibration
• Regulatory bodies, certification, and ISO/IEC industry standards

Module 9: Integration and What's Next

• Interfacing with PACS and ensuring seamless data transfer
• Combining X-ray with MRI, CT, and ultrasound systems
• Emerging technologies, AI, and preparing for the future of maintenance