Hercules-Type Wire Cutter – 2.2 mm Wire Max

5-1/2" (14.0 cm) Blunt Jaw Pliers can be used in a variety of surgical procedures that require the insertion and manipulation of wires. This instrument features slightly rounded handles which makes it easy to hold and operate manually and is a traditionally utility poliers with adjustable jaws. The blunt jaws prevent breakage and splintering of the wire and allows for increased pressure to reshape it to the appropriate shape. Wires can be used to approximate fractures or can be inserted through skin and bone to provide traction on the bone.

slender jaws, 2.0 mm tip, 6" (15.2 cm) Flat Nose Pliers and Cutter is a multi-functional instrument that can be used as a pliers to manipulate the wire but also as a cutter to trim it to the appropriate length. This combination instrument also features a tapered jaw that allows it to access some areas that are more difficult to get to. Additionally, the flat nose prevents any trauma to surrounding tissue areas.

for drill-wires of max 3.0 mm, replaceable tungsten carbide blades & replaceable rubber jaws, 9" (23.0 cm)Hercules-Type Wire Cutter is a highly reliable instrument made for use in a variety of surgical procedures that require wire and thus cutting of wire. This wire cutter is specifically designed for use with drill-wires at a maximum 3.0 mm. This instrument features replaceable tungsten carbide blades which are inherently more durable than stainless steel and have an extended service-life. It also features replaceable rubber jaws making it highly versatile and customizable to accommodate a vast array of surgical scenarios. This instrument is available in either a standard design or left-handed.

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.