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Tungsten carbide cutting edges on this angled wire cutter deliver clean cuts through orthopaedic fixation wires and arch wires under repeated load. The double‑action mechanism amplifies mechanical advantage, reducing operator force during wire sectioning. The 216mm overall length and angled jaw geometry improve sightlines and reach within packed surgical or orthodontic fields.
Features & Benefits
This Berry wire‑twisting forceps combines tungsten‑carbide construction with 6mm rounded serrated jaws, delivering superior edge retention during repeated wire rotation and fixation. The ring handles (gold‑plated for visibility) provide ergonomic fingertip control during axial twisting motions at the vertebral lamina or transverse process. The straight 184mm profile supports stable intraoperative positioning.
This cannulated end‑cutting pin cutter trims K‑wires up to 1.6mm (0.062") at the desired length without leaving a sharp leading edge. The cannulated jaws slide along the wire for clean positioning before the cut, and the 191mm length supplies enough mechanical advantage for one‑handed shearing.
The cannulated pin cutter, designed for maximum pin sizes up to 1.6mm, delivers clean separation of fixation pins and wires during orthopedic hardware removal. Its straight cutting blades create flush cuts without deforming residual pin or wire ends. 191mm length and precision cutting edges support controlled pin extraction procedures across varied anatomical access points.
This diamond pin cutter is built for end-cutting steel pins up to 2mm during fixation and frame removal in orthopedic and trauma cases. The 159mm overall length gives compound leverage at the jaw without crowding the surgeon's hand, and the diamond-coated cutting faces resist deformation against hardened pin stock. Stainless‑steel construction supports repeated reprocessing alongside the rest of the tray.
This flush wire and cable cutter combines front‑side cutting geometry with tungsten carbide blades and double‑action leverage to deliver flush cuts on materials up to 1.6mm. The compact 178mm frame supports intricate orthopedic wire and cable management in confined fields.
This tungsten carbide flush wire and cable cutter features front-side cutting geometry and double-action mechanics for clean separation of fixation hardware up to 1.6mm. The tungsten carbide edges maintain sharpness across repeated implant cutting, and the 178mm length provides stable leverage during removal procedures. Double-action design reduces hand fatigue during high-volume hardware extraction.
The left-cutting Hercules wire cutter is engineered for controlled removal of orthopedic hardware, including intramedullary wires and fixation pins. Its 180mm length positions the cutting head well into surgical fields while keeping the handle clear of the operative area. Straight geometry and sharp edges ensure clean separation without wire deformation.
This extended 280mm Hercules wire cutter reaches distant surgical fields during complex spine and long-bone fixation removal. Its straight cutting mechanism handles intramedullary and percutaneous wiring without jamming. The increased length permits access to deep vertebral and femoral sites with excellent visibility.
The Hercules wire cutter right‑hand geometry provides leverage and control for cutting K‑wires, cerclage wire, and fixation elements during orthopedic removal and revision procedures. The cutting edges maintain sharpness through dense stainless and cobalt alloy wires, while the 180mm length extends reach into confined surgical spaces. Stainless steel construction supports durability.
This large pin cutter couples toggle‑joint leverage transfer with 559mm overall length to cut orthopaedic rods and pins up to 0.25 inches (6.3mm) with minimal hand force. The toggle geometry concentrates power at the bite, and the extended reach accommodates bulk fixation material during surgical assembly.
This end‑cutting pin cutter is engineered to section guide pins and fixation pins up to 4.8 millimeters diameter in trauma and reconstruction cases. The medium double‑action mechanism provides controlled power without excessive hand fatigue during repetitive cutting. The extended 406mm working length keeps the surgeon's hands clear of the operative field while maintaining precise pin engagement.
This small pin cutter with end-cutting geometry and double-action mechanics cuts pins and hardened steel up to 3.2mm diameter with reduced hand fatigue. The 254mm extended length provides leverage advantage during implant removal, and the stainless steel composition sustains routine sterilization. Double-action design distributes cutting force across the hand.
This tungsten carbide pin cutter features a straight 229mm shaft engineered for controlled cutting of fixation pins and wires in orthopedic procedures. The double-action mechanism provides maximum mechanical advantage when sectioning pins up to 7/64 inch diameter. Tungsten carbide construction delivers lasting durability and edge retention across repeated sterilization cycles.
The plate cutting forceps, 1mm bite capacity and 241mm length, precisely sections orthopedic fixation plates during hardware removal and revision procedures. Straight blade geometry creates clean plate cuts without delamination or stress cracking. Extended length accommodates large-bone plate work while maintaining operator control and visibility.
Replacement parts for the 180mm orthopedic wire cutter restore the instrument's bite on Kirschner wires and cerclage stock without committing to a full handpiece replacement. Stainless steel components match the original assembly tolerances and reseat into the existing frame. Reusable construction extends the working life of the parent cutter across orthopedic and trauma sets.
This spare parts kit for a wire cutter instrument (280mm total) maintains inventory availability when primary cutting edges dull or handles fatigue from repeated cases. The modular replacement design allows surgeons to refurbish existing instruments rather than purchasing new tools, reducing capital costs in high‑volume orthopedic practice. Stainless steel components resist oxidation and maintain dimensional stability.
Wire and cable cutter with tungsten carbide double-action cutting geometry delivers clean, efficient sectioning of orthodontic and orthopedic wire up to 1.6mm diameter without deformation or fracture of the hardware. The front-cut design and carbide material ensure lasting edge durability across multiple procedures.
These wire cutter spare parts represent replacement components for routine maintenance of wire‑cutting instruments used in orthodontic and skeletal fixation procedures. The 230mm specification indicates compatibility with standard‑length wire cutters. Stainless steel components ensure corrosion resistance and durability across repeated sterilization cycles.
This tungsten carbide wire cutter with side‑bite action removes orthopedic fixation wires from bone, plates, and screws with superior hardness and edge retention. Maximum capacity 0.62 inches (1.7mm) handles standard orthopedic implant wires. Tungsten carbide construction ensures durable performance and cutting efficiency across repeated surgical use.
An angled tungsten carbide wire cutter with double‑action pivot brings the bite into reach during complex fixation approaches where straight access is limited. The 216mm length and angled geometry preserve visualization while the carbide construction resists wear across heavy clinical use.
This tungsten carbide double‑action wire cutter delivers sharp, clean cuts through orthodontic and orthopedic wires up to the size 67 (1.7mm) capacity. The carbide cutting edge maintains sharpness across many cases, and the straight 178mm handle supports controlled hand positioning during precise wire work.
End‑cutting tungsten‑carbide wire cutter with 1.1mm maximum capacity is designed for precise intraoperative cutting of orthopedic wire fixation and tension band constructs. The straight geometry maintains visual control during cutting, while the tight working tolerance prevents wire slip or crushing. Tungsten carbide construction combines edge sharpness with durability across multiple surgical cases.
This tungsten carbide wire cutter with end‑cutting action removes orthopedic fixation wires from bone, plates, and screws with superior hardness and edge retention. Maximum capacity 0.62 inches (1.6mm) handles standard orthopedic implant wires. Tungsten carbide construction ensures durable performance and cutting efficiency across repeated surgical use.
This tungsten carbide wire cutter with side‑bite action removes orthopedic fixation wires from bone, plates, and screws with superior hardness and edge retention. Maximum capacity 0.62 inches (1.6mm) handles standard orthopedic implant wires. Tungsten carbide construction ensures durable performance and cutting efficiency across repeated surgical use.
This tungsten-carbide wire cutter handles side-cutting of orthopedic wire up to 1.1mm during cerclage, K-wire trimming, and external fixator takedown. The 152mm overall length gives compound jaw leverage in a one-hand stance, and the inset carbide cutting faces resist deformation against hardened wire. Tungsten‑carbide inserts extend cutting life well beyond plain steel edges across repeat clinical use.
Side‑cutting wire cutter with a 1.5mm maximum capacity accommodates fine orthopedic wires in straight geometry, ideal for side access during fixation assembly. Stainless steel construction supports reliable performance across routine sterilization and clinical reuse.
This tungsten carbide wire cutter is optimized for precise sectioning of orthopedic fixation wires and appliances during removal procedures. The double-action mechanism and front-cutting geometry deliver controlled bite closure on wires up to 2.4mm diameter, and the straight profile provides direct line of sight for exact cutting positioning. Tungsten carbide maintains its edge through repeated cuts and thorough sterilization.
Heavy‑duty tungsten carbide construction makes this wire twisting forceps ideal for grasping and rotating fixation wire during orthopedic and spinal procedures. The carbide jaw surfaces resist dulling when manipulating high‑carbon steel or stainless steel wires. The 152mm length supports two‑handed control in open and minimally invasive approaches.
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