Testing coincidence of x-ray and light beam

Area of Science:

• Medical Physics
• Radiological Technology

Background:

• Government legislation mandates precise alignment accuracy for diagnostic x-ray equipment.
• Ensuring congruence between x-ray and light beams is critical for accurate medical imaging.

Purpose of the Study:

• To describe a novel alignment model for diagnostic x-ray machines.
• To provide a method for verifying the coincidence of x-ray and light fields.

Main Methods:

• Development of a specific alignment model.
• Testing the model's ability to check field and central ray coincidence.

Main Results:

• The described model effectively checks the alignment accuracy.
• The model verifies the coincidence of the x-ray field and central ray with the light field and crosshairs.

Conclusions:

• The proposed alignment model facilitates compliance with new legislative requirements.
• Accurate alignment is essential for the diagnostic performance and safety of x-ray machines.