Surgical T-Handle for Controlled Instrument Turning

Managing diaphyseal fracture reduction requires instruments capable of clamping heavy bone segments without obstructing screw trajectory. The 11-1569-00 Verbrugge Bone Holding Forceps incorporates curved, semi-circular jaw arms that cup bone shafts securely while maintaining an open central window for plate positioning.
An integrated speed-lock mechanism lets the surgical team apply immediate holding pressure, keeping major fragments immobile while temporary Kirschner wires or definitive compression screws are inserted.
The curved profile provides broad contact with cylindrical bone surfaces rather than concentrating pressure at a narrow point. This makes the instrument particularly useful during reduction of substantial shaft fragments, where maintaining alignment is essential before definitive fixation.
Crafted from solid surgical stainless steel, these forceps withstand significant lateral forces without jaw misalignment. Incorporating dedicated bone surgical instruments featuring semi-circular jaw profiles reduces fragment drift during plating, leading to consistent structural reduction and shorter operative duration.
The instrument surface is passivated to resist blood staining, corrosion, and surface pitting during routine washer-disinfector cycles. Its balanced mass distribution gives surgical teams maximum control when manipulating heavy long bone segments in lower extremity trauma reconstructions.
The Verbrugge pattern is a practical addition to orthopedic trays where strong temporary fixation and unobstructed access to the fracture site are both important.
Complete your operating room inventory with this dependable bone-holding instrument.
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