Showing 8011–8020 of 12287 results
Mini-Langenbeck Retractor
(0 Reviews)
Mini-Langenbeck Retractor is a hand-held surgical device that allows surgeons to pull back the skin and other subcutaneous tissues during a broad range of general surgeries.
- L-Shaped Tip For Holding Onto The Inner Surface Of The Skin
- Ergonomic Ridged Handle For Maximum Surgical Control
- Long Slender Neck For Versatile Tissue Retraction
Mini-Langenbeck Retractor
(0 Reviews)
Mini-Langenbeck Retractor is a hand-held surgical device that allows surgeons to pull back the skin and other subcutaneous tissues during a broad range of general surgeries.
- L-Shaped Tip For Holding Onto The Inner Surface Of The Skin
- Ergonomic Ridged Handle For Maximum Surgical Control
- Long Slender Neck For Versatile Tissue Retraction
Mini-Langenbeck Retractor
(0 Reviews)
Mini-Langenbeck Retractor is a hand-held surgical device that allows surgeons to pull back the skin and other subcutaneous tissues during a broad range of general surgeries.
- L-Shaped Tip For Holding Onto The Inner Surface Of The Skin
- Ergonomic Ridged Handle For Maximum Surgical Control
- Long Slender Neck For Versatile Tissue Retraction
Mini-Langenbeck Retractor
(0 Reviews)
Mini-Langenbeck Retractor is a hand-held surgical device that allows surgeons to pull back the skin and other subcutaneous tissues during a broad range of general surgeries.
- L-Shaped Tip For Holding Onto The Inner Surface Of The Skin
- Ergonomic Ridged Handle For Maximum Surgical Control
- Long Slender Neck For Versatile Tissue Retraction
Mini-Lexer Bone Gouge
(0 Reviews)
Mini-Lexer Bone Gouge is an orthopedic surgical tool that surgeons commonly use to carve and scoop the soft, cancellous bone tissue from the most delicate bones in the human body, looking towards to obtain bone grafting material.
- Atraumatic Cutting Edge for Smooth Scooping Action.
- Entirely Strainght Design for Higher Surgical Precision.
- Ergonomic Ferrozell Handle for Maximum Control.
Mini-Lexer Bone Gouge
(0 Reviews)
Mini-Lexer Bone Gouge is an orthopedic surgical tool that surgeons commonly use to carve and scoop the soft, cancellous bone tissue from the most delicate bones in the human body, looking towards to obtain bone grafting material.
- Atraumatic Cutting Edge for Smooth Scooping Action.
- Entirely Strainght Design for Higher Surgical Precision.
- Ergonomic Ferrozell Handle for Maximum Control.
Mini-Lexer Bone Gouge
(0 Reviews)
Mini-Lexer Bone Gouge is an orthopedic surgical tool that surgeons commonly use to carve and scoop the soft, cancellous bone tissue from the most delicate bones in the human body, looking towards to obtain bone grafting material.
- Atraumatic Cutting Edge for Smooth Scooping Action.
- Entirely Strainght Design for Higher Surgical Precision.
- Ergonomic Ferrozell Handle for Maximum Control.
Mini-Lexer Bone Osteotome
(0 Reviews)
Mini-Lexer Bone Osteotome is a specialized surgical tool that orthopedic surgeons can use to cut, reshape and carve the hard compact bone tissue, in order to perform osteotomy procedures and obtain bone grafting material.
- Atraumatic Beveled Blade for Avoiding Bone Breaking.
- Entirely Straigth Design for Deep Surgical Access.
- Ergonomic Ferrozell Handle for Enhanced Gripping.
Mini-Lexer Bone Osteotome
(0 Reviews)
Mini-Lexer Bone Osteotome is a specialized surgical tool that orthopedic surgeons can use to cut, reshape and carve the hard compact bone tissue, in order to perform osteotomy procedures and obtain bone grafting material.
- Atraumatic Beveled Blade for Avoiding Bone Breaking.
- Entirely Straigth Design for Deep Surgical Access.
- Ergonomic Ferrozell Handle for Enhanced Gripping.
Mini-Lexer Bone Osteotome
(0 Reviews)
Mini-Lexer Bone Osteotome is a specialized surgical tool that orthopedic surgeons can use to cut, reshape and carve the hard compact bone tissue, in order to perform osteotomy procedures and obtain bone grafting material.
- Atraumatic Beveled Blade for Avoiding Bone Breaking.
- Entirely Straigth Design for Deep Surgical Access.
- Ergonomic Ferrozell Handle for Enhanced Gripping.