Gigli Wire Saw with Guide

Gigli Wire Saw with Guide is a specialized surgical bone-cutting system commonly used by orthopedic surgeons, neurosurgeons, thoracic surgeons, and oral and maxillofacial surgeons during procedures requiring precise bone division. The system consists of a flexible multi-strand wire saw with precision-engineered cutting serrations and a dedicated guide or carrier designed to facilitate safe passage of the wire around the target bone. This combination enables controlled osteotomy in areas where rigid saws or powered instruments may be difficult to position. The flexible wire is designed to cut bone through a reciprocating sawing motion, while the guide assists in navigating the saw around deep, curved, or anatomically challenging structures. The guide helps reduce soft tissue disruption and improves procedural efficiency by enabling accurate placement of the wire around the intended cutting site. Integrated loops or eyelets at both ends of the wire allow secure attachment to compatible Gigli saw handles, ensuring stable traction and precise control throughout the procedure. Gigli Wire Saws with Guides are commonly used in craniotomy procedures, orthopedic osteotomies, limb amputations, craniofacial surgery, thoracic interventions, and trauma reconstruction. Available in multiple wire lengths, diameters, and guide configurations, the system can be selected according to specific procedural requirements and surgeon preferences. Manufactured from premium surgical-grade stainless steel, both the wire saw and guide provide excellent durability, flexibility, and corrosion resistance. Depending on the model and manufacturer, the wire saw may be available in sterile single-use or reusable configurations, while the guide is typically reusable and autoclavable. Widely used in hospitals, trauma centers, and surgical facilities, the Gigli Wire Saw with Guide remains an essential instrument system for manual bone-cutting procedures. Common Clinical Applications Include: Craniotomy Procedures Orthopedic Osteotomies Craniofacial Surgery Maxillofacial Surgery Thoracic Surgery Limb Amputations Trauma Reconstruction Pelvic Surgery Bone Grafting Procedures Bone Sectioning Specifications Feature Details Product Name Gigli Wire Saw with Guide Instrument Type Manual Bone-Cutting System Function Bone Cutting and Osteotomy Components Flexible Wire Saw and Guide/Carrier Wire Design Serrated Multi-Strand Wire Operation Manual Reciprocating Motion Handle Connection Integrated End Loops or Eyelets Compatibility Standard Gigli Saw Handles Material Surgical-Grade Stainless Steel Available Sizes Multiple Wire Lengths and Guide Configurations Sterility Sterile or Non-Sterile Wire Options Available* Reusability Single-Use or Reusable Wire Options; Reusable Guide* Application Orthopedic, Neurosurgical, Thoracic, and Maxillofacial Procedures *Sterility and reusability depend on the specific model and manufacturer. Frequently Asked Questions What is a Gigli Wire Saw with Guide used for? It is used for controlled bone cutting and osteotomy procedures in orthopedic, neurosurgical, thoracic, and maxillofacial surgeries. What is the purpose of the guide? The guide helps pass the wire saw safely around the target bone, improving access and reducing soft tissue disruption. How is the system operated? The guide is used to position the wire around the bone. The wire ends are then attached to compatible handles and operated with a reciprocating motion to cut through the bone. Which procedures commonly require this system? It is frequently used during craniotomies, osteotomies, amputations, craniofacial procedures, and trauma reconstruction surgeries. Is the Gigli Wire Saw compatible with standard Gigli handles? Yes. The wire saw is designed for use with compatible Gigli saw handles. Is the Gigli Wire Saw with Guide reusable? The guide is typically reusable and autoclavable. Wire saw reusability depends on the specific model and manufacturer. What material is used to manufacture the wire saw and guide? Both components are typically manufactured from surgical-grade stainless steel for durability, flexibility, and corrosion resistance.