Home / Physical Therapy / Exercise Equipment / Lower Body / Knee / Knee Wrap / Knee Wrap Cho-Pat® X-Large Hook and Loop Closure 16 to 17-1/2 Inch Circumference Left or Right Knee62991
Picture of Knee Wrap Cho-Pat® X-Large Hook and Loop Closure 16 to 17-1/2 Inch Circumference Left or Right Knee62991

Knee Wrap Cho-Pat® X-Large Hook and Loop Closure 16 to 17-1/2 Inch Circumference Left or Right Knee62991

Knee-Wrap-Cho-Pat®-X-Large-Hook-and-Loop-Closure-16-to-17-1-2-Inch-Circumference-Left-or-Right-Knee62991

SKU #

#787612

MPN #

62991

Brand

Alimed

Stock

In Stock

Quantity

100

Features

KNEE WRAP, CHO-PAT COUNTER FORCE XLG
12-1/2 to 14-1/2 Inch Circumference
16 to 17-1/2 Inch Circumference
Medium
X-Large

$60.14 USD

Product Specifications Product Usage Additional Information
Print
Attribute Name Attribute Value
McKesson # 787612
Manufacturer # 62991
Brand Cho-Pat®
Manufacturer Alimed
Application Knee Wrap
Circumference 16 to 17-1/2 Inch Circumference
Fastening Type Hook and Loop Closure
Size X-Large
Target Area Left or Right Knee
Type Open Patella
UNSPSC Code 42241703
Compare Selected Items Email

Similar Items

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

  • Alleviates pain of patellar tendonitis, subluxation and some forms of kneecap degeneration
  • Stabilizes while allowing full knee mobility
  • Patellar straps allow static stabilization of patella via application of pressure to patellar tendons