1166 East Cliff Road Burnsville, MN 55337 (P) 800.524.5194 (F) 952.882.1389
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Designed by Dr. Lanny Johnson
Unique Features
Top Quality
Made in the USA
Satisfaction Guaranteed
Top Quality
Made in the USA
Satisfaction Guaranteed
Profile ’90 Staples
Medium 17mm Long 6.7mm Diameter #10757-NP
Large 20mm Long 6.7mm Diameter #10752-NP
Medium 17mm Long 6.7mm Diameter #10757-NP
Large 20mm Long 6.7mm Diameter #10752-NP
Standard Staples
Small 14.5mm Long 5.5mm Diameter #10751
Medium 17mm Long 6.7mm Diameter #10757
Large 20mm Long 6.7mm Diameter #10752
Small 14.5mm Long 5.5mm Diameter #10751
Medium 17mm Long 6.7mm Diameter #10757
Large 20mm Long 6.7mm Diameter #10752
Standard Staples
Milled from non-corrosive magnetic stainless steel, each staple head is rounded to prevent tissue from catching or tearing. Tines are frosted to guide placement and insertion depth.
Large staples are used primarily in adults, small staples in children or in tight joint spaces. Medium staples are convenient for both knee and shoulder reconstruction.
Profile ’90 Staples
The Profile ’90 Staple utilizes a single tooth at the distal end of each tine and a smoothly rounded notch between tines. These special features make them ideally suited for repair of glenohumeral ligaments in the shoulder and ACL reconstruction using the semitendinosus in the knee. Risk of damaging ligamentous and tendinous tissue is minimal.
Milled from non-corrosive magnetic stainless steel, each staple head is rounded to prevent tissue from catching or tearing. Tines are frosted to guide placement and insertion depth.
Large staples are used primarily in adults, small staples in children or in tight joint spaces. Medium staples are convenient for both knee and shoulder reconstruction.
Profile ’90 Staples
The Profile ’90 Staple utilizes a single tooth at the distal end of each tine and a smoothly rounded notch between tines. These special features make them ideally suited for repair of glenohumeral ligaments in the shoulder and ACL reconstruction using the semitendinosus in the knee. Risk of damaging ligamentous and tendinous tissue is minimal.
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LCR Staples