Flat Nose K-Wire Pliers

end cutting, max cutting capacity 1/16" (1.7 mm), 7-1/2" (19.0 cm) Cannulated Pin Cutter is a specialized instrument ideally suited or use in procedures of fracture repair or other procedures where a graft is set with a pin. The unique design of this cutter allows for effective end cutting. The entire head portion of the pin can be inserted into the cutter and clipped flush and the remaining clipped portion remains held in the cutter to be removed. The maximum cutting capacity of this pin cutter is 1.7 mm.

cuts up to 5/64" (2.0 mm) diameter hard wire, 6-1/2" (16.5 cm) Diamond Pin Wire Cutter is a specially designed instrument crafted for use in cutting wire. Many different neurosurgical and orthopedic procedures require the insertion of wire to give the areas additional stability and this cutter can be used to clip these at the desired length. Not only can this instrument be used to trim wire but also surgical pins. Fracture repair and other bone repair surgeries has to be set with pins that also need to be trimmed using this instrument. This instrument is available in two designs: stainless steal or tungsten carbide both of which can cup up to a diameter of 2.0 mm.

tungsten carbide jaws, cuts up to 1/36" (0.7 mm) diameter hard wire, 4-3/4" (12.1 cm) Delicate Wire Cutter is a versatile instrument crafted for use in trimming and cutting lengths of wire. Procedures such as laminectomies require addition of wire to confer some stability to the vertebrae to prevent trauma as healing occurs. This particular cutter is specifically designed for use with delicate wires. It features tungsten carbide jaws and are capable of cutting hard wire up to a diameter of 0.7 mm.

2-1/4" jaw length, 2.0 mm tip, 7" (17.8 cm) Long Jaw Needle Nose Pliers are crafted for use in many different orthopedic surgical procedures. The long tapered jaw design gives the surgeon ability to access deeper into the surgical field. These pliers can be used to firmly grasp wire to twist it or to put particular bends into wire to fasten them to bony sites or around fracture repair to confer additionally stability and accelerate the healing time.