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Sizing chart for T.E.D.TM Anti-Embolism Stockings, Kendall SCDTMCompression Sleeves and A-V ImpulseTM Foot Compression System . Help reduce the risk of deep vein thrombosis. T.E.D.TM Anti-Embolism Stockings. Measuring instructions for thigh length stockings. 1. Measure upper thigh. circumference at buttock fold. 2.
Dec 10, 2022 · How to Take Measurements for Better TED Hose Sizing. Below are a few steps you can follow to take measurements for a more fitting TED hose sizing: Measure the upper thigh circumference at gluteal furrow. (Measurement Ref C) Measure the calf circumference at its widest part. (Measurement Ref B)
1. Measure Upper Thigh Circumference. If thigh circumference is less than 91.4cm, choose: Thigh length or Thigh length with belt. 2. Measure Calf Circumference at greatest point. 3. Measure distance from Buttock Fold to Heel. If Upper Thigh Circumference is 91.4cm or more. choose: Knee length. 2. Measure Calf Circumference at greatest point.
T.E.D.TM anti-embolism stockings. are the only stockings clinically proven in physician reviewed, published studies on over 20,000 hospital patients to help reduce the risk of developing DVT†. Indications. To help prevent formation of Deep Vein Thrombosis.
Thigh length and thigh length with belt. (Measurement #1) Measure calf circumference at greatest dimension. (Measurement #2) Measure leg length from gluteal furrow to base of heel. (Measurement #3) Consult the wall chart or back of this guide to determine the appropriate size.
T.E.D.TM anti-embolism stockings have been clinically proven to reduce the risk of developing deep vein thrombosis (DVT) in physician reviewed, published studies on hospitalized patients1 and to promote increased blood flow velocity in the legs.2,3,4.
T.E.D. anti-embolism stockings apply the clinically proven graduated pressure pattern of 18mmHg at the ankle, 14mmHg at the calf, 8mmHg at the popliteal, 10mmHg at the lower thigh and 8mmHg at the upper thigh.1 It is important to measure the patient’s leg size to assure that the appropriate pressure pattern is applied.
