Burlington XGuard Gloves
Burlington Medical
The Burlington Medical XGuard Radiation Attenuation Gloves (such as the RR1 and RR2 models) are sterile, radiation-reducing surgical gloves engineered for high-performance protection against scattered radiation during fluoroscopic and operating room procedures. They feature a lead-impregnated composition with a thinner, grained fingertip design to deliver superior tactile sensitivity and dexterity. The anatomically correct, curved fingers are designed to reduce hand fatigue during long cases. Available in thicknesses like 0.22mm and 0.30mm (RR2), they provide reliable attenuation without the need for an additional glove layer. They are powder-free, latex-deprived to minimize allergic reactions, and are FDA 510(k) approved for surgical use.
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Description
Burlington Medical XGuard Radiation Attenuation Gloves offer reliable, lead-based protection against scattered radiation during fluoroscopic and surgical procedures. Designed with anatomically curved fingers to reduce hand fatigue, they feature a thin, grained fingertip surface that enhances dexterity and tactile precision. Powder-free and latex-deprived to minimize irritation, the gloves meet FDA 510(k) standards, are available in multiple thickness options such as 0.22 mm and 0.30 mm, and come sterile in individually wrapped pairs for direct-use convenience.
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Core Material
0.22 mm, 0.30 mm
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Specifications
Sterile, lead-impregnated, latex-deprived radiation-attenuating surgical gloves
Designed to reduce exposure to scattered radiation during fluoroscopic and OR procedures (not intended for primary beam contact)
Thin, grained fingertip texture enhances dexterity and tactile sensitivity
Anatomically correct, curved finger design minimizes hand fatigue during extended use
Powder-free formulation supports a clean environment and reduces irritation
FDA 510(k) approved and compliant with EN and ASTM performance standards
Available material thickness options:
Model RR1: 0.22 mm
Model RR2: 0.30 mm
Can be worn directly without requiring an under-glove or secondary layer
Packaged sterile in individually wrapped pairs
Suitable for surgical applications, interventional radiology, cardiology, and fluoroscopic imaging environments
