Jobst Anti Em Thigh Hi XX Large Regular Bx 6 Casting Supplies * Designed to accomodate lateral Style:Right Ear * Designed to accomodate lateral transfers * Cantilevered armrest design drops with just a push of a button allowing unrestricted left to right leg movement for easy transfer * Hard chrome plated steel frame is rust resistant and offers greater durability * Thick resilient foam padded seat and back provide increased comfort * Foam handgrips won t slip even if wet * Backrest can be removed for use as an over the toilet safety frame * Pail lid and splash guard included * Limited Lifetime Warranty * Height adjusts 20 REMOVABLE DESK ARMS * 20 * Weight 54 lbs * Weight Capcity 500 lbs * Carbon steel frame with triple coated chrome for an attractive chip proof maintainable finish * Reinforced steel gussets at all weight bearing points provide additional strength * Durable heavy gauge naugahyde upholstery * Padded armrests add to patient comfort * Composite Mag style wheels are lightweight and maintenance free * Comes with carry pocket in backrest * 8 front casters and precision sealed wheel bearings in front and rear ensure long lasting performance and reliability * Aluminum footplates are attractive crack proof and lightweight * Standard dual axle provides easy transition of seat to hemi level * Reinforced side frame caster journals and dual cross bars * Black upholstery and chrome frame * Limited Lifetime Warranty * measure leg from bottom of heel to bend of knee *Size: Anti Em Gp Thigh High XXL Regular Length *6 Pairs per Box Latex free Jobst Anti Embolism GP Stockings provide a convenient inspection window at the top of the foot so that the exposed skin does not touch the floor *The Jobst Gradient Compression Seamless Anti Embolism Elastic Knee Length Stocking is specifically designed to combat thromboembolism *The Jobst Anti Embolism GP Stocking applies a gradient compression greatest at the ankle and gradually decreasing to the thigh without tourniqueting or impeding the venous return *For fit measure calf at largest circumference