KerraFoam™ Gentle Border Silicone Foam Dressing, 6-7/10 x 6-9/10 Inch, 1 Each Finger Splints-Cots-Covers Classic 1 Week Supply *

Classic 1 Week Supply * Since 1989 Dia-Pak© has been the product of choice to keep your insulin and related supplies organized and portable * Constructed of durable nylon the Dia-Pak© Deluxe organzies up to a 2-week supply of all your required diabetic supplies in a variety of pockets and storage compartments * Constructed of durable nylon the Dia-Pak© Classic organzies up to a 1-week supply of all your required diabetic supplies in a variety of pockets and storage compartments * Includes a cold Gel-pack keeps your insulin cool for hours & is easily refrigerated * Water resistant and extremely durable the Dia-Pak Deluxe will give you years of service * Holds everything-all in one place * Organizes up to a 1or 2 week supply depending on the Dia-Pak you choose* Durable nylon construction * Contents not included

5 * Seat to floor height: 19 * Back height: 18 * Seat depth: 16 * Overall length w/ riggings: 33 * Weighs only 19 lbs * Carton shipping weight: 24 lbs * Weight Capacity: 300 lbs * Limited Lifetime Warranty * HCPCS Suggested Code: E1038

Pk/100 * EMG electrodes for the EMG Clinical Units EMG Clinical Unit System Configurations Patient Units and the accessory muscle EMG channel of the PathwayTM CTS 2000 *

Metering tip in each J-Fill® cartridge ensures precise dilution

Elasticity allows for easier removal of pads and re-dressing without removing the tubular bandage

KerraFoam™ Gentle Border Silicone Foam Dressing, 6-7/10 x 6-9/10 Inch, 1 Each Finger Splints-Cots-Covers Classic 1 Week Supply *Smooth outer film layer helps to reduce shear and friction, create a water resistant bacterial barrier, and maintain an ideal MVTR Soft inner pouch allows the layers to glide, absorbing shear and friction forces that can damage peri wound skin Absorbent core and foam pad combine to lock in exudate, bacteria and MMPs even under compression Soft silicone layer ensures gentle adhesion, excellent absorption rate and nontraumatic removal Horizontal and