12mm Capitate Component, 22mm x 17mm, Wrist

12mm Capitate Component, 22mm x 17mm, Wrist, CE

12mm Capitate Component, 35mm x 17mm, Wrist

12mm Capitate Component, 35mm x 17mm, Wrist, CE

15mm Capitate Component, 22mm x 17mm, Wrist

15mm Capitate Component, 22mm x 17mm, Wrist, CE

15mm Capitate Component, 22mm x 23mm, Wrist

15mm Capitate Component, 22mm x 23mm, Wrist, CE

15mm Capitate Component, 35mm x 17mm, Wrist

15mm Capitate Component, 35mm x 17mm, Wrist, CE

15mm Capitate Component, 35mm x 23mm, Wrist

15mm Capitate Component, 35mm x 23mm, Wrist, CE

Taper Post, 7.5mm Dia Capitate

Taper Post, 7.5mm Dia, Capitate, CE

The Ascension® PyroCarbon Lunate is an anatomically designed lunate replacement with essentially the same shape as the native lunate bone. The Lunate implant acts as an articulating spacer to maintain the relationship of adjacent carpal bones after excision and to maintain mobility of the wrist. The articular concavity that captures the capitate is more exaggerated to enhance stability. The Lunate implant has two suture holes which allow fixation of the implant to the adjacent scaphoid and triquetrium bones to provide temporary postoperative stability while a capsuloligamentous system forms around the implant. The Ascension® Pyrocarbon Lunate is constructed of a high strength On-X® PyroCarbon layer deposited on a graphite substrate. The graphite is impregnated with tungsten making the Lunate implant radiopaque. The Ascension® PyroCarbon Lunate is intended for replacement of the lunate bone in the proximal carpal row of the wrist in the presence of Avascular necrosis (Kienboch’s disease), localized osteoarthritic, or changes in Long-Standing dislocations.

The Ascension® PyroCarbon Lunate is an anatomically designed lunate replacement with essentially the same shape as the native lunate bone. The Lunate implant acts as an articulating spacer to maintain the relationship of adjacent carpal bones after excision and to maintain mobility of the wrist. The articular concavity that captures the capitate is more exaggerated to enhance stability. The Lunate implant has two suture holes which allow fixation of the implant to the adjacent scaphoid and triquetrium bones to provide temporary postoperative stability while a capsuloligamentous system forms around the implant. The Ascension® Pyrocarbon Lunate is constructed of a high strength On-X® PyroCarbon layer deposited on a graphite substrate. The graphite is impregnated with tungsten making the Lunate implant radiopaque. The Ascension® PyroCarbon Lunate is intended for replacement of the lunate bone in the proximal carpal row of the wrist in the presence of Avascular necrosis (Kienboch’s disease), localized osteoarthritic, or changes in Long-Standing dislocations.

The Ascension® PyroCarbon Lunate is an anatomically designed lunate replacement with essentially the same shape as the native lunate bone. The Lunate implant acts as an articulating spacer to maintain the relationship of adjacent carpal bones after excision and to maintain mobility of the wrist. The articular concavity that captures the capitate is more exaggerated to enhance stability. The Lunate implant has two suture holes which allow fixation of the implant to the adjacent scaphoid and triquetrium bones to provide temporary postoperative stability while a capsuloligamentous system forms around the implant. The Ascension® Pyrocarbon Lunate is constructed of a high strength On-X® PyroCarbon layer deposited on a graphite substrate. The graphite is impregnated with tungsten making the Lunate implant radiopaque. The Ascension® PyroCarbon Lunate is intended for replacement of the lunate bone in the proximal carpal row of the wrist in the presence of Avascular necrosis (Kienboch’s disease), localized osteoarthritic, or changes in Long-Standing dislocations.

The Ascension® PyroCarbon Lunate is an anatomically designed lunate replacement with essentially the same shape as the native lunate bone. The Lunate implant acts as an articulating spacer to maintain the relationship of adjacent carpal bones after excision and to maintain mobility of the wrist. The articular concavity that captures the capitate is more exaggerated to enhance stability. The Lunate implant has two suture holes which allow fixation of the implant to the adjacent scaphoid and triquetrium bones to provide temporary postoperative stability while a capsuloligamentous system forms around the implant. The Ascension® Pyrocarbon Lunate is constructed of a high strength On-X® PyroCarbon layer deposited on a graphite substrate. The graphite is impregnated with tungsten making the Lunate implant radiopaque. The Ascension® PyroCarbon Lunate is intended for replacement of the lunate bone in the proximal carpal row of the wrist in the presence of Avascular necrosis (Kienboch’s disease), localized osteoarthritic, or changes in Long-Standing dislocations.

The Ascension® PyroCarbon Lunate is an anatomically designed lunate replacement with essentially the same shape as the native lunate bone. The Lunate implant acts as an articulating spacer to maintain the relationship of adjacent carpal bones after excision and to maintain mobility of the wrist. The articular concavity that captures the capitate is more exaggerated to enhance stability. The Lunate implant has two suture holes which allow fixation of the implant to the adjacent scaphoid and triquetrium bones to provide temporary postoperative stability while a capsuloligamentous system forms around the implant. The Ascension® Pyrocarbon Lunate is constructed of a high strength On-X® PyroCarbon layer deposited on a graphite substrate. The graphite is impregnated with tungsten making the Lunate implant radiopaque. The Ascension® PyroCarbon Lunate is intended for replacement of the lunate bone in the proximal carpal row of the wrist in the presence of Avascular necrosis (Kienboch’s disease), localized osteoarthritic, or changes in Long-Standing dislocations.

The Integra Lunate system is intended for replacement of the lunate bone in the proximal carpal row of the wrist. The set includes five trials to evaluate the size and fit of the implant. Five sizing templates are also included to assess coverage and establish proper sizing for the component.

The Lunate Trial is used to evaluate the size and fit of the implant.

The Lunate Trial is used to evaluate the size and fit of the implant.

The Lunate Trial is used to evaluate the size and fit of the implant.

The Lunate Trial is used to evaluate the size and fit of the implant.

The Lunate Trial is used to evaluate the size and fit of the implant.

LUNATE SZ. 01

LUNATE SZ. 02

LUNATE SZ. 03

LUNATE SZ. 04

LUNATE SZ. 05

LUNATE TRIAL SZ. 01

LUNATE TRIAL SZ. 02

LUNATE TRIAL SZ. 03

LUNATE TRIAL SZ. 04

LUNATE TRIAL SZ. 05