Ambu Spur II Bag Disposable Resuscitator Pediatric Hand Evaluation Sets BLACK * XXXLarge fits 50 Style:1 Pair (Left & Right) BLACK * XXXLarge fits 50 54 waist dress size 22 26 * Designed to be worn over womens clothing * Fully constructed and engineered from high density power mesh vertical spiral steel stays and wide elastic bands * Emphasizes spinal alignment and posture through compression to the abdomen and lower back * Flexible spiral stays maintain vertical support * Encourages good posture while it protects * HCPCS Suggested Code: A9270 *3 D knit structure using air covered spandex yarn that is soft to touch and comfortable for all day wear *Closed toe styles designed with a roomy toe allowance for patients who require additional wiggle room *Reinforced heel designed for long lasting durability *Latex Free *80% Nylon 20% Spandex *Large *Relief is an economical unisex stocking appropriate for use by both men and women *15 20 mmHg Moderate Gradient Compression Indication Guide: *Discomfort from spider veins *Relief from minor leg & ankle swelling *Relief from minor edema lymphedema *Relief of tired aching legs *Relief of leg discomfort during pregnancy *Minor varicose veins *For wear following sclerotherapy *Orthostatic hypotension *Postural hypotension *Helps Prevent DVT (Deep Vein Thrombosis) Textured surface and handle lessen fatigue and reduces cramping * Valve controlled oxygen reservoir includes connecting tubing * Ambu SPUR is fully disposable thus eliminating the possibility of cross contamination * Ambu SPUR features a see through patient valve allowing for visual check of operation * Ambu SPUR is semi transparent * Ambu SPUR features a textured surface and comes with a unique support strap (except neonate version) which facilitates a steady grip and uniform tidal volumes * The bag is very easy to hold with just one hand and can be operated for extended periods without hand fatigue * Ambu SPUR eliminates the need for cleaning disinfecting and sterilizing * The Ambu SPUR is made from 100% latex free material