Radiological aprons and protectors

Radiation protection aprons provide essential shielding for healthcare professionals and patients during diagnostic imaging procedures. These disposable and reusable protective garments reduce occupational radiation exposure in radiology, fluoroscopy, and interventional settings. Available in multiple sizes and lead-equivalent thicknesses to meet clinical safety standards.

Radiation protection aprons provide shielding against X-ray and ionizing radiation exposure during diagnostic imaging and fluoroscopic procedures. These aprons are essential personal protective equipment for healthcare professionals and patients requiring radiation protection in medical settings.

Radiation protection apparel and devices designed to shield medical professionals and patients from ionizing radiation exposure during diagnostic and interventional procedures. Includes lead aprons, thyroid collars, protective eyewear, and hand protection for use in radiology, fluoroscopy, and nuclear medicine environments.

X-ray protective aprons shield medical personnel from ionizing radiation exposure during diagnostic imaging and interventional procedures. Manufactured with lead or lead-equivalent materials, these aprons provide effective attenuation of scattered radiation in clinical environments. Designed for repeated use in operating rooms, radiology departments, and catheterization labs.

Lead-based protective apron designed to shield medical staff and patients from ionizing radiation exposure during diagnostic imaging procedures. Constructed from lightweight, flexible materials with high shielding efficiency for extended wear comfort. Suitable for use in radiology, fluoroscopy, and interventional imaging settings.

X-ray protective aprons provide radiation shielding for patients and medical staff during diagnostic imaging procedures. Constructed with multi-layer soft materials, these aprons attenuate X-ray exposure while maintaining comfort and flexibility for extended wear. Products meet national radiation protection standards and are suitable for use in radiology, fluoroscopy, and interventional procedures.

Radiation protective apparel including lead aprons, lead eyeglasses, and lead screens designed to shield medical personnel from X-ray exposure during diagnostic imaging and fluoroscopic procedures. Products feature lightweight construction with reliable shielding performance and include sterilization cabinets for decontamination and storage of protective garments.

X-ray radiation protection apparel and accessories including lead aprons, vests, skirts, sleeves, hats, and gloves designed to shield healthcare professionals and patients from ionizing radiation exposure. Also includes protective equipment such as lead shields, thyroid collars, and gonadal protection for use in diagnostic and interventional radiology environments.

Lead-based radiation protection aprons shield medical staff and patients from ionizing radiation exposure during diagnostic and interventional procedures. Manufactured from lightweight imported lead and lead-equivalent materials, these aprons provide effective attenuation of X-rays and gamma radiation. Available in standard and ultra-lightweight configurations for extended wear comfort in clinical environments.

Lead-lined and lightweight protective garments for personnel in radiological environments. Provides shielding during imaging and radiotherapy procedures.

Radiation protective clothing provides shielding against ionizing radiation exposure for medical personnel and patients during diagnostic and interventional procedures. Designed for use in radiology, fluoroscopy, and nuclear medicine environments, this protective apparel reduces cumulative radiation dose while maintaining clinical mobility and comfort.

X-ray protective apparel shields healthcare professionals and patients from ionizing radiation exposure during diagnostic imaging procedures. Manufactured with lead or lead-equivalent materials, this protective wear is worn as an apron, vest, or full-body coverage to reduce radiation dose in radiology, fluoroscopy, and interventional settings.