Fluoroscopy and C-Arm Shielding Design Guide

Fluoroscopy and C-arm use can create variable scatter conditions. The shielding design should reflect the actual procedure mix, equipment configuration, workload, beam orientations, staff locations, and room use.

Fixed fluoroscopy inputs

• Exact equipment, table, tube, detector, and control locations.

• Common beam directions and table orientations.

• Expected procedure types, duration, and workload.

• Operator and staff positions.

• Room dimensions, construction, and all adjacent occupancy.

Mobile C-arm inputs

• Every room or location where the unit may be used.

• Common table and C-arm positions.

• Likely lateral and vertical beam orientations.

• Procedure mix, frequency, and operating time.

• Staff workflow and nearby occupied areas.

Plan for variability

A single idealized position may not represent clinical use. Document the expected range of positions and procedures so the design can address realistic operating conditions without assuming every case is identical.

Coordinate changes

Changing a fixed table, adding mobile use, expanding procedure types, or moving the control area can alter design inputs. Review significant changes before construction or expanded clinical use.

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A practical next step

Start your project with Heartland Physics. Send the project state, current floor plan, equipment manufacturer and model, manufacturer planning documents, expected workload, room construction, and occupancy on every side - including above and below. Visit Heartland Physics to begin.

Requirements vary by state and project. This page is general planning information, not a shielding calculation, regulatory approval, or guarantee of compliance.

For Heartland Physics project inquiries, email Lancer@heartlandphysics.com.