Showing 541–550 of 1002 results
Marquardt Bone Rongeur
(0 Reviews)
Marquardt Bone Rongeur is a specialized orthopedic device that surgeons commonly use for cutting and biting off small bone fragments and other tissues, in order to open windows and expose their underlying structures.
- Sharp Tips for Atraumatic Tissue Gouging.
- Compound Action Joint Granting Better Biting Action.
- Ergonomic Plier Style Handle Ensuring Maximum Control.
Martin Abdominal Spatula
(0 Reviews)
Martin Abdominal Spatula is a hand-held surgical tool that allows surgeons to manipulate, pull back and hold large areas of tissue in order to unveil their underlying cavities during surgery.
- Entirely Flat Outline For Accessing Narrow Spaces.
- Atraumatic Straigh Blade For Pulling Back Heavy Tissues.
- Smooth Working Surface For Avoiding Local Injury.
Martin Cartilage Seizing Forceps
(0 Reviews)
Martin Cartilage Seizing Forceps is a specialized surgical tool that orthopedic surgeons commonly use to clamp, retract and hold back cartilages and other tissues from bone surfaces, in order to perform joint surgeries.
- Atraumatic Toothed Jaws Granting Strong Grasps.
- Ratchet Mechanism for Statically Locking the Jaws.
- Ergonomic Finger Rings Ensuring Superior Handling.
Martin Dressing Forcep
(0 Reviews)
Martin Dressing Forcep is a popular surgical device that surgeons in every area can use for cleaning blood and fluid operative areas and packing wounds, in order to gain an exceptional view of the surgical field.
- Small Jaws with Serrations for Safely Holding Swabs.
- Slender Design Granting Deep Surgical Access.
- Ergonomic Finger Rings Ensuring Superior Handling.
Martin Finger Ring Saw
(0 Reviews)
Martin Finger Ring Saw is a specialized surgical device that orthopedic surgeons commonly use to cut stuck or crushed rings off of fingers, in order to prevent ischemia and necrosis.
- Rotary Blade Granting Smooth Ring Cutting.
- Safety Lever for Protecting the Desired Finger.
- Ergonomic Hollow Handle Ensuring Superior Control.
Martin Hand Drill with Jacobs Chuck
(0 Reviews)
The Martin Hand Drill with Jacobs Chuck is commonly used by surgeons to drill bones in orthopedic operations. This includes open reduction and internal fixation by plates and screws. The complete set contains the Martin Hand Drill as well as the Jacobs chuck.
- Ergonomic vertical handle for effective grasping function.
- Lateral crank handle for convenience and efficiency.
- Quick coupling with a wide range of tools to cover multiple surgical indications.
Martin Ligature Conductor
(0 Reviews)
Martin Ligature Conductors are surgical devices with long handles and curved blades that assist in passing ligatures into narrow anatomical sites.
- Large Handle With Prominent Corners To Grant Stable Grasps.
- Long Blade With A Curve To Reach Concealed Sites.
- Slender Profile To Pass In Narrow Spaces.
Martin Self Retaining Retractor
(0 Reviews)
The ® Martin Self Retaining Retractor is a specialized surgical instrument commonly used for manipulating incisions and wounds in a variety of sites. It is often used during neurosurgery as well as general and orthopedic procedures.
- Sharp Prongs For Secure Grip
- Hinged Shanks For Ideal Instrument Placement
- Ergonomic Finger Ring Handles For Superior Control
Martin-Cushing Periosteal Elevator
(0 Reviews)
Martin-Cushing Periosteal Elevator is a specialized ENT surgical tool that surgeons can use for cutting and elevating the delicate mucoperichondrial tissue, in order to reveal its underlying bone surface during rhinology procedures.
- 8.0mm Tip Size for Accurate Tissue Dissection.
- Streamlined Straight Shank for Deep Surgical Access.
- Ergonomic Hollow Handle for Superior Control.
Martin-Fuchsig Artery Forcep
(0 Reviews)
Martin-Fuchsig Artery Forcep is a specialized device that surgeons in different fields use to grasp, statically hold or mobilize blood vessels of different sizes, in order to control the blood flow during surgery.
- Serrated Surfaces to Reduce Endothelial Damage.
- Ratchet System Promoting Controlled Clamping.
- Ergonomic Finger Rings Ensuring Optimal Handling.