CAT#: EGVG, EGKG / EWVG, EWKG | Series: Malray
The Malray Double Side Full Overlap Vest and Skirt is a premium 2-piece protection system designed to combat fatigue for medical professionals. By separating the vest and skirt, the weight is distributed evenly between the shoulders and hips, offering superior comfort for extended procedures in Cathlabs, Interventional Cardiology, and Fluoroscopy suites.
| CAT Number | EGVG, EGKG / EWVG, EWKG |
| Core Material | Super Lead Free / Light Weight |
| Lead Equivalence | Front: 0.50mm Pb | Back: 0.25mm Pb |
| Certifications | IEC 61331-1:2014, ASTM F2547-18 |
| Recommended Use | Interventional Radiology, Cath Lab, Orthopedics |
| Size Availability | S, M, L, XL, 2XL, 3XL (Custom Made Available) |
| Customization | Embroidery Option Available (YES) |
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Traditional one-piece aprons place all weight on the shoulders, leading to chronic back pain. The Vest & Skirt design shifts approximately 70% of the weight to the hips, drastically reducing spinal compression and fatigue during long surgeries.
In high-scatter environments like Interventional Cardiology and Fluoroscopy, gaps in protection are dangerous. This model features a "Full Overlap" design where the vest overlaps the skirt and closes fully at the front, ensuring continuous 0.50mmPb protection for vital organs.
With generous armholes for ease of movement and a dual-closure system (Velcro + Buckle), this system offers a secure fit that doesn't slip. It is ideal for personnel who are constantly moving around the operating theater or diagnostic rooms.
A two-piece Vest & Skirt helps reduce spinal fatigue by transferring approximately 70% of the garment's weight from the shoulders to the hips, making it ideal for long procedures in Cath Labs and O.R.s.
Clean using a mild detergent or specialized x-ray apron wipes. Never fold the apron, as this can crack the lead core; always hang it on a dedicated chrome storage rack or heavy-duty hanger to maintain protection integrity.
Yes, all Malray radiation protection garments are tested to meet IEC 61331-1:2014 and ASTM standards for 80kVp - 110kVp attenuation efficiency.
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