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OPTIFLEX Stainless Steel Posts Pack of 10

Content: 10 posts, 2 Primary Reamers Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 30

Content: 30 posts, 2 Primary Reamers Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Stainless Steel Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 10

Content: 10 posts, 2 Primary Reamers Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 10

Content: 10 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 30

Content: 30 posts, 2 Primary Reamers Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex

OPTIFLEX Titanium Posts Pack of 30

Content: 30 Posts, 1 Primary Reamer, 1 Secondary Drill Metal root canal post system. Split post design provides optimal retention with the least amount of stress Non-Latex