During testing for translational force using the ASTM F2052 method, a deflection angle of 90 degrees indicates a high risk for an object in the MR environment.

A deflection angle of 90 degrees during testing for translational force using the ASTM F2052 method is indeed indicative of a high risk for an object in the MR environment. This standard test evaluates how an item reacts to the magnetic field of an MRI system, particularly concerning its movement towards the magnet due to magnetic attraction.

When an object is subjected to a strong magnetic field, the forces acting on it can cause it to be pulled toward the magnet. A deflection angle of 90 degrees suggests that the object has an exceptionally strong magnetic attraction and will likely be propelled forcefully into the magnet’s bore. This poses a significant safety hazard, not only to the equipment but also to patients and staff in the MRI suite. Therefore, the presence of such a high deflection angle during testing clearly denotes that the object may be dangerously attracted to the MRI magnet and should not be brought into the MR environment.