Skip to content
Featured Collection
PEAK SURGICAL
SKU:NB-4555
Couldn't load pickup availability
CE Certified
FDA Certified
ISO Certified

The essential surgical instrument for accurate fracture reduction, precise wedge placement, and controlled bone graft compaction. The Bone Tamp 6 1/4” is a specialized orthopedic impactor engineered to solve the clinical challenge of shifting, seating, or compacting bone structures without splintering delicate bone fragments. Featuring a slender tapered shaft and a solid, shock-absorbing striking platform, this instrument is a mechanical necessity for surgeons performing articular surface elevations, cancellous graft compaction, or final bone fragment realignment. Its compact geometry maximizes manual control, ensuring that mallet energy is transferred safely to the bone without visual obstruction.
The Bone Tamp 6 1/4” represents the peak of modern, high-tactile manual reduction instrumentation. In highly sensitive reconstructive procedures—such as elevating a depressed tibial plateau fracture, seating a cortical bone graft, or aligning comminuted fragments—the unmanaged or direct strike of a mallet can easily shatter brittle bone matrices or displace pieces along the wrong path. This manual impact tool serves as an indispensable mechanical buffer, providing a degree of physical safety and “force-braking authority” that freehand manipulations cannot match.
At its core, the tool is built for workflow longevity and predictable bone consolidation. The flat or cross-serrated face of the tip distributes the impact energy evenly across the bone target. This design feature is a mechanical necessity to prevent focal stress fractures or perforation of the bone wall. By acting as a solid intermediary, the tamp allows the clinician to gently tap compressed cancellous structures back into their correct anatomical position, restoring structural alignment and creating the stable foundation required for successful plating or screw fixation.
Built to exceed international quality standards for medical hardware, this compact bone tamp is fully reusable and easy to clean. Its resilient profile and specialized “Grip-Locked” handle sections make it an essential asset for ensuring safe, organized, and high-precision results in all trauma and joint reconstruction sets.
Feature Details
Total Length 6 1/4 Inches (159mm / 16cm)
Shaft Design Slender / Progressive Taper
Grip Architecture High-Traction Diamond Knurling
Working Tip Profile Flat / Cross-Serrated Impaction Surface
Material Base Premium Surgical Stainless Steel
Reprocessing Fully Autoclavable / High-Vacuum Steam-Safe
Standardization CE, ISO Professional Surgical Grade
Primary Clinical Applications:
Q: Why use a serrated tip bone tamp instead of a smooth round tamp?
A: A cross-serrated tip profile is a mechanical necessity for biting gently into slippery cortical or wet bone tissue. This micro-texture prevents the tamp from slipping sideways off the target when struck by the surgical mallet.
Q: Can this instrument be used to drive intramedullary pins or nails?
A: No. This bone tamp is an impact buffer designed for bone fragments and graft material. Driving heavy metal pins requires a specialized steel impactor or pin driver; using this tapered tamp for metal-on-metal driving can deform the precision tip.
Q: What mallet weight is recommended for this 6 1/4” tamp?
A: It is a professional standard to pair this small-to-medium pattern tamp with a lightweight orthopedic mallet (typically 7 oz to 11 oz). Matching the mallet mass to the instrument size is a mechanical necessity for preventing excessive force delivery to small bone segments.
Q: How should the impaction tip be maintained during reprocessing?
A: It is a professional standard to use a soft nylon brush during manual washing to clear out compacted bone dust or tissue fibers from the serrated tip. Storing the tool in dedicated silicone slots is a mechanical necessity for preserving the edges from blunt damage.
Q: Is this instrument safe for high-temperature steam sterilization?
A: Absolutely. The premium surgical steel construction is a mechanical necessity for heavy clinical reuse. It is fully rated to undergo standard high-vacuum steam autoclave cycles at 134°C (273°F) without experiencing finish clouding or structural breakdown.