| 1 | Wrap-Around Front Apron | Interventional radiology, cardiac catheterization, vascular procedures and fluoroscopy | Front panel with overlapping side or back panels; adjustable shoulder and waist fasteners | Usually 0.35–0.50 mm Pb equivalent, depending on the selected model and regulatory requirement | Provides more circumferential protection for staff who remain close to the X-ray source for extended periods | Broad coverage and adaptable fit for changing working positions | Higher weight than front-only styles; verify overlap, sizing, closure strength and ergonomic load distribution |
| 2 | Vest and Skirt Set | Interventional cardiology, electrophysiology and operating-room fluoroscopy | Two-piece garment with a protective vest and overlapping skirt | Commonly 0.35–0.50 mm Pb equivalent on the front; specifications vary by component | Covers the torso, pelvis and reproductive-organ region while distributing weight between the shoulders and hips | Often more comfortable than a single heavy apron during long procedures | Check correct overlap between vest and skirt, back coverage, attachment points and compatibility with seated work |
| 3 | Front-Protection Apron | General radiography, mobile X-ray and routine fluoroscopy when the wearer faces the radiation source | Protective panel concentrated over the chest, abdomen and pelvic area, with lighter back coverage | Typically 0.25–0.50 mm Pb equivalent | Designed for situations where scattered radiation is predominantly received from the front | Lighter and easier to put on than full wrap-around protection | Not ideal for frequent turning or side exposure; ensure the apron is not used as a substitute for distance, shielding and exposure control |
| 4 | Dental X-Ray Apron | Intraoral dental radiography, panoramic dental imaging and cephalometric imaging | Short or medium-length front apron, often with a flexible closure and optional collar | Often specified around 0.25 mm Pb equivalent; local requirements may differ | Covers the torso and may extend below the abdomen for seated or standing patients | Lightweight, simple to store and suitable for frequent patient turnover | Confirm whether a thyroid collar is required by the facility protocol and select a size that does not restrict breathing or movement |
| 5 | Patient Half-Aprons | Routine radiography, dental imaging and selected pediatric examinations | Compact apron designed for targeted coverage of the torso rather than full-body coverage | Commonly 0.25–0.50 mm Pb equivalent, subject to the intended application | Useful when the patient can remain correctly positioned and the examination field is limited | Lower bulk, easier positioning and convenient for a wide range of patient sizes | Use only when consistent with the facility’s radiation-protection policy and current clinical guidance; avoid covering anatomy that must be imaged |
| 6 | Pediatric Lead Apron | Pediatric radiography, fluoroscopy and selected nuclear medicine procedures involving X-ray exposure | Shorter, narrower and lighter design proportioned for children, with secure but comfortable fasteners | Often 0.25 mm Pb equivalent for routine use; higher protection may be specified for particular procedures | Designed to cover the torso without excessive length, weight or interference with positioning | Improves fit and compliance compared with using an adult apron on a child | Measure chest and waist dimensions carefully; avoid folding, bunching or placing unnecessary shielding over the imaging field |
| 7 | Maternity Lead Apron | Radiography and fluoroscopy for pregnant staff or patients when shielding is clinically and operationally appropriate | Longer or adjustable front design intended to accommodate an expanding abdomen | Commonly 0.25–0.50 mm Pb equivalent, depending on the risk assessment and application | Provides front coverage while allowing adjustment around the waist and abdomen | Better fit during pregnancy than standard fixed-size garments | Pregnancy does not automatically require a different apron; follow local radiation-safety guidance and never rely on shielding instead of dose optimization |
| 8 | Lead-Free Composite Apron | General radiography, fluoroscopy, dental imaging and mobile X-ray | Flexible non-lead shielding made from metal or mineral composites, such as bismuth-, tungsten- or tin-based materials | Available in protection levels comparable to approximately 0.25–0.50 mm Pb equivalent when tested at specified X-ray energies | Can be manufactured in front-only, wrap-around, vest-skirt and patient styles | May reduce weight and simplify handling; avoids the use of metallic lead | Compare verified attenuation data at the intended kV range, not only the stated Pb-equivalence value; inspect seams and material flexibility |
| 9 | Thyroid Collar with Apron | Dental radiography, mobile radiography and fluoroscopy where the neck may receive scattered radiation | Separate collar or integrated neck flap worn with a protective apron | Commonly 0.25–0.50 mm Pb equivalent for the collar | Adds protection for the thyroid region while the apron protects the torso | Useful for staff or patients positioned close to the beam during procedures involving scatter | Select a comfortable neck circumference; do not allow the collar to interfere with the primary beam or airway |
| 10 | Lightweight Mobile X-Ray Apron | Bedside radiography, emergency departments, intensive-care units and operating rooms | Flexible front or wrap-around garment with quick closures for repeated movement between rooms | Usually 0.25–0.50 mm Pb equivalent, selected according to workload and scatter conditions | Protects staff who must remain near the patient during portable X-ray exposure | Fast to don and practical for frequent transport, positioning and bedside examinations | Prioritize low weight, reinforced hang points, easy-clean surfaces and documented protection performance at relevant beam energies |