V. Mueller OS1610-002 Bone Tamp 2 mm Cross Serrated Tip 6.25 in
V. Mueller OS1610-002 Bone Tamp 2 mm Cross Serrated Tip 6.25 in
V. Mueller
ā¢ Model: OS1610-002
ā¢ Overall Length: 6"
Condition: Used
The V. Mueller OS1610-002 is a bone tamp with a 2 mm cross-serrated tip, measuring approximately 6Ā¼ inches in overall length. The serrated tip is designed to grip and compact bone material during orthopedic procedures, aiding in precise manipulation and stabilization. The model number āOS1610-002ā is engraved for positive identification.
Crafted from surgical-grade stainless steel, this tamp offers durability and resistance to corrosion under repeated use and sterilization. Its shaft is straight and rigid, providing controlled force transmission, while the serrated end maintains grip even in slippery or irregular bone surfaces.
This instrument is suited for orthopedic or general surgery sets that require fine tamping tools. Its design makes it useful for small bone work, compacting grafts, or preparing bone beds in reconstructive procedures where accuracy and control are critical.
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Description
V. Mueller OS1610-002 Bone Tamp 2 mm Cross Serrated Tip 6.25 in
V. Mueller
ā¢ Model: OS1610-002
ā¢ Overall Length: 6"
Condition: Used
The V. Mueller OS1610-002 is a bone tamp with a 2 mm cross-serrated tip, measuring approximately 6Ā¼ inches in overall length. The serrated tip is designed to grip and compact bone material during orthopedic procedures, aiding in precise manipulation and stabilization. The model number āOS1610-002ā is engraved for positive identification.
Crafted from surgical-grade stainless steel, this tamp offers durability and resistance to corrosion under repeated use and sterilization. Its shaft is straight and rigid, providing controlled force transmission, while the serrated end maintains grip even in slippery or irregular bone surfaces.
This instrument is suited for orthopedic or general surgery sets that require fine tamping tools. Its design makes it useful for small bone work, compacting grafts, or preparing bone beds in reconstructive procedures where accuracy and control are critical.
