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This ten‑millimeter X‑serrated bone tamp delivers intermediate graft‑compaction force during vertebral body and tibial plateau reconstruction. The serrated surface distributes striking force uniformly across cancellous bone without crushing or fragmenting the graft. The 159mm length maintains controlled depth during intravertebral work.
Features & Benefits
This 2mm bone tamp with X-serrated tip provides controlled compaction of bone graft and cancellous bone during fusion and reconstruction. The serrated geometry grips the bone surface without slipping, and the 160mm length enables precise, controlled tapping strokes. Stainless steel construction sustains routine sterilization and clinical reuse.
At 3mm width, this bone tamp with X-serrated tip compacts larger volumes of bone graft during extensive fusion and vertebral body reconstruction. The serrated surface prevents graft slippage, and the 160mm length supports controlled, powerful tapping. Stainless steel durability ensures reliable performance across many clinical cycles.
This 5mm bone tamp with X-serrated tip enables compaction of substantial bone volumes during major fusion and reconstruction cases. The serrated geometry ensures secure grip on cancellous bone without slippage, and the 160mm length supports controlled stroking mechanics. Stainless steel composition withstands routine sterilization and clinical reuse.
This six‑millimeter X‑serrated bone tamp compacts cancellous bone graft and autogenous bone chips during spine fusion and orthopedic reconstruction. The serrated tip surface distributes force uniformly across the graft bed, minimizing fragmentation while maximizing fill density. The 159mm compact length suits posterior spinal exposure with controlled stroke depth within the vertebral body.
At 8mm width, this bone tamp with X-serrated tip represents the largest compaction instrument for extensive graft incorporation during major spinal fusion. The serrated surface provides secure grip on cancellous bone, preventing slippage during sustained tapping, and the 160mm length supports powerful, controlled strokes. Stainless steel durability ensures reliable clinical performance.
This bone tamp drives graft material and impacts cancellous bone into prepared cavities during fusion and fracture work. The 9mm X‑serrated tip grips bone fragments and resists slip on cortical surfaces, while the straight 160mm shaft delivers controlled mallet energy to the working end. Stainless steel construction holds the cross‑serration through repeat impaction.
Caspar bone tamp (3mm diameter, crisscross grip end) compacts cancellous bone and prepares vertebral endplate surfaces during fusion procedures and bone-graft consolidation throughout the exposure. The crisscross grip end improves mallet contact and prevents slipping during strikes. Eight-inch (203mm) phenolic handle supports stable positioning. Stainless‑steel sustains durability.
Larger Caspar bone tamp (5mm diameter, crisscross grip end) compacts larger bone surface areas and endplate margins during vertebral fusion and osteotomy closure throughout the extended procedure. The crisscross grip pattern improves mallet strike control and force transfer throughout the work. Eight-inch (203mm) phenolic handle enables stable positioning. Stainless‑steel sustains service.
This Caspar bone tamp with an 8mm diameter is designed for controlled impaction and seating of bone grafts or implants. The crisscross grip end provides tactile feedback during impact, helping the surgeon modulate force and prevent over-driving. The phenolic handle reduces hand transmission of mallet vibration during extended use.
The Fluman bone tamp with 14mm diameter expanded head and crisscross grip end supports compaction and alignment of cancellous bone during arthroplasty and fracture reduction. The phenolic handle provides insulation and comfort during hammer-driven impact, while the 203mm length allows controlled positioning in confined surgical spaces. Stainless steel sustains durability across multiple surgical cases.
Sypert bone tamp (3mm × 8mm oval head, crisscross end) compacts bone along linear surfaces and confined spaces requiring shaped contact geometry throughout the procedure. The oval head distributes force across elongated endplate regions and narrow fusion sites. Crisscross end improves mallet grip and strike control. Eleven-and-one-half-inch (290mm) phenolic handle extends reach into deep fields. Stainless‑steel sustains durability.
The Sypert bone tamp is engineered for precise impaction of bone graft material and femoral stem insertion in orthopedic procedures. The 4 × 10mm oval head distributes impaction force across a wider surface, reducing the risk of fracture extension, while the crisscross grip end prevents slippage during forceful striking. Phenolic handle material provides a resilient, dampening contact that reduces hand fatigue and vibration transmission.
This Sypert bone tamp features a 5 × 15mm oval head sized for larger graft surfaces and heavier impaction work in femoral stem and bulk graft placement. The phenolic handle absorbs impact vibration while the crisscross grip provides secure traction during repeated striking strokes. At 292mm, the instrument delivers both reach and mechanical advantage for controlled bone work.
The Sypert bone tamp with 6 × 20mm oval head accommodates the largest graft materials and densest bone impaction scenarios in orthopedic reconstruction. The extended oval surface disperses striking force evenly, minimizing micromotion and fracture risk. Phenolic handle construction absorbs impact energy while the crisscross grip maintains secure hold during sustained impaction work.