Smith & Nephew
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56,093 Results
Results Per Page
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Catalog #
AvailableQty
Starting At
Name
Company Name
Description
0
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KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI phalangeal component is fixed by means of a stem, which is inserted into the medullary canal of the phalanx. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI phalangeal component is fixed by means of a stem, which is inserted into the medullary canal of the phalanx. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI phalangeal component is fixed by means of a stem, which is inserted into the medullary canal of the phalanx. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
KGTI™ Kinetik Great Toe Implant System
Smith & Nephew
The KGTI metatarsal implant is spherical and extends from the plantar base of the metatarsal head dorsally. The implant is fixed by means of a stem, which is inserted into the metatarsal intramedullary canal. The implant is indicated for use in patients with osteoarthritis of the first metatarsophalangeal joint, trauma involving the first metatarsophalangeal joint, hallux rigidus with degenerative joint disease or arthritis.
0
-
Integra® Total Wrist Fusion System
Smith & Nephew
The Integra Total Wrist Fusion pre-contoured plates with eight holes are fixed to the bone with screws.
0
-
Integra® Total Wrist Fusion System
Smith & Nephew
The Integra Total Wrist Fusion pre-contoured plates with eight holes are fixed to the bone with screws.
0
-
Integra® Total Wrist Fusion System
Smith & Nephew
The Integra Total Wrist Fusion straight plate with nine holes is fixed to the bone with screws.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper cortical titanium screw, which is placed proximally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper distal volar radius plate consists of six holes with left to right configuration.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper distal volar radius plate consists of six holes with left to right configuration.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper distal volar radius plate consists of four holes with left to right configuration.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper distal volar radius plate consists of four holes with left to right configuration.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.
0
-
Viper® Distal Volar Radius Plating System
Smith & Nephew
The Viper Variable Angle Locking Technology (VALT) titanium screw, which is placed distally.