Rendering based on product referenceRADBAR / DISPOSABLE
Radbar-Smart disposable drapes using aluminum and bismuth shielding materials. Placement and suitability must follow the applicable product instructions and clinical equipment workflow.
Lead-free materialSingle useCustom sizesSource: manufacturer product literature linked above. Confirm current model, test conditions and supply specification for your order.
Radbar-Smart is a disposable scatter-protection drape based on aluminum and bismuth shielding materials. The brochure describes individually sterile-packed drapes for interventional procedures, with standard and custom sizes. Placement must follow the supplied instructions and the imaging workflow.
The manufacturer describes aluminum as contributing to low-energy X-ray absorption and bismuth as addressing scattered radiation and secondary fluorescence. The combined effect depends on material arrangement and beam conditions.
The drape is described as disposable and individually sterile packed. Confirm sterile status, packaging integrity, shelf life and handling instructions for the supplied product.
Five rectangular sizes are listed, with custom sizes available. Match the drape to access points, the image field and the procedure rather than selecting only by area.
Transcribed from manufacturer literature, with source references and conditions kept alongside each table.
| Option | Width × length (mm) |
|---|---|
| 01 | 300 × 300 |
| 02 | 300 × 400 |
| 03 | 400 × 600 |
| 04 | 600 × 600 |
| 05 | 600 × 800 |
| Custom | Confirm by drawing |
| Catalog statement | Listed beam condition |
|---|---|
| Greater than 60% attenuation | 80 kVp |
Manufacturer-reported literature value. The supplied page does not give a complete measurement geometry. It is not a universal operator or patient dose-reduction percentage, and is not an image-quality guarantee.
Source: Medical X-Ray Shielding — Disposable Products, page 1 · 2509The August 2024 blanket presentation illustrates rectangular forms, circular and rectangular apertures, U-shaped cut-outs and slits. Discuss access position, instrument clearance, coverage and placement when defining the shape; confirm intended use and positioning against product instructions.
Coverage: define the area to cover and the working space to retain.
Access and placement: supply an aperture layout and fixing details; coordinate imaging and sterile-field requirements.
Dimensions and editions: historical examples include 37×42, 28×41 and 35×45 cm. They are not mapped to the 2509 catalog models above.
Source: MEDICAL RADIATION PROTECTIVE BLANKET 202408, slides 8–9. Illustrated forms do not establish current orderable models; confirm the drawing, availability and applicable documentation when enquiring.
No. Staff dose also depends on placement, exposure settings, patient geometry and other shielding. Evaluate the intended setup with the equipment and radiation-protection team.
The catalog describes this product as single use. Follow the supplied instructions for handling and disposal; do not infer reusability from the material’s appearance.
Manufacturer literature · referenced pages 1 · edition 2509
Selection notes explain the literature and do not replace model-specific instructions, test reports or project design.
Material illustrationOEM materials / Six series
Flexible. Formable. Purpose-engineered.
Material illustrationOptically transparent / Machinable
A clearer view of protection.
Material illustrationLead-free / Soft construction
A considered fit for single-use workflows.
An interventional X-ray scene illustrates scatter direction, layered materials and drape placement. A 37-second silent excerpt with English and Chinese explanatory captions.
Explore scatter drapes and specifications ↗LET’S ENGINEER WHAT’S NEXT
Share your equipment, radiation conditions and design constraints. Start with a material decision grounded in evidence.
