Verbrugge Angled Bone Holding Forcep : A Specialized Surgical Tool for Fracture Reduction
The Verbrugge Angled Bone Holding Forcep is a specialized surgical tool widely used by orthopedic surgeons to grasp, maintain, and mobilize fractured bone fragments to reposition them into their natural alignment.
One-Sided Serrated Jaws: These jaws offer minimal collateral damage, allowing precise manipulation of bone fragments.
Ratchet Mechanism for Static Locking of Jaws: This mechanism ensures secure locking of jaws, thus effectively stabilizing bone fragments.
Ergonomic Finger Rings: These rings provide superior manipulation, offering precise control of the instrument during surgery.
The Verbrugge Angled Bone Holding Forceps offers several important surgical advantages, especially in orthopedic interventions such as fracture reduction and fixation.
For example, the semi-circular atraumatic jaws enable precise manipulation of desired bone fragments and fracture stabilization, thanks to their serrated and smooth surfaces.
Additionally, the straight shanks of the instrument connect the ratchet mechanism to the finger rings. The long ratchet facilitates locking of the jaws to the required width, ensuring stable fixation of bone fragments.
All Verbrugge Angled Bone Holding Forceps feature a downward curve at the jaws, facilitating easy access into deep cavities during surgery.
The Verbrugge Angled Bone Holding Forcep is widely used in various orthopedic surgical procedures, including:
Reduction and fixation of bone fractures.
Precise manipulation of bone fragments during bone reconstruction surgery.
Maintenance and mobilization of bone fragments during spinal fusion surgery.
Made of high-quality stainless steel, the Verbrugge Angled Bone Holding Forcep is designed to offer optimal durability during its use in the operating room. Its robust design ensures reliable performance and a long lifespan.
The Verbrugge Angled Bone Holding Forcep is an essential specialized surgical tool for fracture reduction and precise manipulation of bone fragments. With its innovative features and ergonomic manipulation, this instrument ensures optimal surgical outcomes and contributes to improving the quality of orthopedic care.