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This medium mallet (one pound three ounces) delivers controlled force for chisel and osteotome advancement during bone‑cutting procedures. The 30mm diameter head provides concentrated impact while the grooved round handle ensures secure grip during repetitive striking. Stainless steel construction withstands thousands of cases and maintains impact efficiency.
Features & Benefits
This medium‑weight stainless steel mallet features a phenolic handle and larger 30mm cylindrical head for general orthopaedic impact work. The 243mm length and heavier 14.1oz mass provide forceful striking suitable for cortical bone manipulation and implant seating. Phenolic grip material improves ergonomics during extended procedures.
This compact nylon‑cap mallet delivers controlled impact force during orthopedic procedures without marring instrument heads or bone surfaces. The 20mm diameter nylon cap disperses striking energy across wide contact areas, protecting delicate articular cartilage and guide structures. Stainless steel construction maintains durability across many surgical cases.
Combining a silicone handle with a dual‑face 25mm head, this 11.44oz mallet pairs one metal disk and one plastic disk to let the surgeon choose strike profile mid‑case. The metal face transfers firm energy to osteotomes through cortical bone, while the plastic face spares delicate implant surfaces. Nylon disk construction and the 191mm shaft balance reach and damping across orthopedic impaction tasks.
This solid copper mallet delivers controlled, non-recoiling force for precise impaction of orthopedic implements and chisels. The copper head minimizes ricochet and maintains contact force across deep strokes, unlike steel mallets that create unnecessary vibration in periosteum and bone. Copper's natural properties reduce reactive stress to surrounding soft tissue.
This mallet features two replaceable nylon caps, allowing the surgeon to switch between striking surfaces within a single case. The nylon material transmits force softly to delicate structures while maintaining impact efficiency, and the replaceable cap design extends instrument life. The instrument body is reusable, supporting cost‑effective clinical practice.
The Mead mallet uses replaceable white nylon heads to provide gentle, atraumatic striking forces when working with periosteum and sensitive bone structures. The cylinder-shaped head measures 26mm and the whole instrument weighs 11.5oz, offering substantive percussion without metal-to-bone contact that could cause tissue trauma. Finger grip and round handle support secure control.
These 20mm nylon replacement caps fit Mead mallets to restore the impact face after wear. The nylon surface delivers controlled strikes on osteotomes and chisels without metal‑on‑metal noise, and the threaded fit holds the cap against repeated mallet impacts.
This mini copper mallet is lighter in weight and delivers softer impact than stainless variants, making it ideal for delicate orthopaedic work where tissue and periosteal trauma must be minimized. The 20mm cylinder head and finger groove handle provide controlled positioning during cancellous bone and graft handling. Copper construction provides non‑sparking durability across repeat procedures.
The Mini stainless steel mallet delivers lightweight percussion through a 20mm cylinder head, ideal for delicate bone and periosteal manipulation in confined anatomical spaces. At just 3.6oz and 173.6mm length, the instrument minimizes operator fatigue during extended fine work. Finger groove handle provides secure, non-slip grip.
The Novo extra-large mallet features all-phenolic construction and a 87mm head to deliver maximum-force percussion during major orthopedic procedures on large bone surfaces and vertebral bodies. At 263.5mm length and 12.3oz, the instrument extends reach while maintaining control. Plastic construction prevents metal-to-bone trauma.
The Novo small mallet delivers controlled percussion through its phenolic cylinder-shaped head at 56mm diameter. Weighing 6.2oz and measuring 250mm, the instrument suits fine-to-medium orthopedic bone work with reduced operator fatigue. Round handle and plastic construction minimize percussive rebound and trauma.
The Novo medium phenolic mallet provides balanced atraumatic percussion through its all-plastic construction and 70.8mm head. The extended 261mm length and 8.8oz weight suit medium-to-large spinal exposures and vertebral body work. Round handle supports secure grip during prolonged use.
The Novo medium-heavy mallet employs all-plastic phenolic construction with a 70.7mm head to deliver substantial but atraumatic percussion during major spinal and vertebral body procedures. At 262mm length and 12.1oz, the instrument combines leverage with controlled force application. Round handle provides ergonomic grip.
The Novo-Bach mallet combines stainless steel with phenolic handle construction for balanced percussion during medium-scale orthopedic procedures on bone and periosteum. The 37mm head and 245mm length accommodate spinal fusion and vertebral body exposure. Stainless steel head provides reliable striking surface across repeat use.
Lighter at 13.1 ounces, the Novo‑Beau stainless‑steel mallet pairs a 50mm head with a phenolic handle for fine osteotome control during small‑bone work. The reduced weight favors graded strikes when seating chisels in cancellous bone or trimming a guided osteotomy. A 242mm length keeps the surgeon's hand outside the operative field. Stainless‑steel head construction sustains strike geometry across repeat cases.
The Novo-Erstat mallet balances stainless steel and phenolic construction for lightweight percussion during orthopedic bone work. The 70mm head and phenolic handle reduce fatigue during extended procedures targeting vertebral body and periosteal manipulation. At 242mm length, the instrument extends reach into moderately deep surgical fields.
The Novo-Max mallet employs all-phenolic construction with a metal ring to provide lightweight, atraumatic percussion during orthopedic bone work. The large 43.3mm head and extended 260mm length suit major vertebral body and spinal procedures. Plastic construction absorbs impact without metal-bone contact trauma.
Nylon cap replacement head for orthopaedic mallets, this single‑unit component restores impact absorption during bone and cartilage procedures. The nylon material provides atraumatic striking surface while preserving underlying tissue integrity. Reusable format supports cost‑effective routine instrument maintenance.
This nylon cap replacement head is compatible with bone mallets, providing a protective striking surface that transmits impact force to bone and implants while limiting secondary tissue trauma. The nylon construction is softer than metal, distributing force across a broader surface and reducing the risk of excessive bone compression or implant deformation. Reusable nylon caps are easily replaced and support sustainable mallet maintenance.
These nylon mallet heads protect surrounding soft tissue and bone surfaces during impaction of chisels and osteotomes. The replaceable cap design enables multiple uses per handle, reducing overall surgical set footprint. Nylon material prevents direct metal-on-bone contact that could cause unnecessary trauma to periosteum and articular cartilage.
Nylon replacement head for combination mallet #2 restores protective striking surface and extends instrument longevity. The 32mm diameter and 12.9mm height fit standard combination mallet configurations. Nylon composition absorbs striking force while preserving underlying periosteal and chondral surfaces.
The 25mm nylon replacement head for Combination Mallet #6 (M07600) restores the impact face after wear. The nylon surface delivers controlled strikes on osteotomes and chisels without metal‑on‑metal noise, and the threaded fit holds the head against repeated mallet impacts.
The nylon replacement head fits Mallet #1 (M05100) at 25mm diameter and 14.4mm height, restoring the impact face after wear. The nylon surface delivers a controlled strike on osteotomes and chisels without metal‑on‑metal noise or recoil, and the threaded fit holds the head against repeated impacts.
Nylon replacement head for Ombredanne‑Wagner mallet delivers atraumatic striking surface for periosteal and cartilage‑sparing impact work. The 40mm diameter and 14.4mm height fit standard Ombredanne‑Wagner mallet shafts. Nylon material absorbs and distributes striking force across bone without crushing underlying tissue.
This nylon replacement head fits the Mead Mallet #49 (item M10500), restoring the dampened strike profile that protects osteotomes and bone surfaces from harsh metal‑on‑metal feedback. The 23mm diameter, 7mm tall head reseats cleanly into the original mount. Nylon construction absorbs shock at the bone interface while remaining serviceable across repeat clinical use.
Nylon replacement cap for combination mallet fits 38mm diameter heads and restores protective striking surface for periosteal and chondral work. The 38mm diameter and slim 14.4mm height ensure proper fit on standard mallet shafts. Nylon material absorbs impact force while protecting underlying bone and cartilage.
The 25mm nylon replacement head for Combination Mallet #5 (M07400) restores the impact face after wear with the same nylon surface as other Combination Mallet replacements. The threaded fit holds the head against repeated mallet impacts.
This nylon replacement head fits the D6686 orthopedic mallet, restoring a controlled strike face for osteotome and chisel work without the rebound of metal-on-metal contact. The softer polymer absorbs impact noise while transmitting predictable force into the cutting edge along the cortical bone. Nylon construction is durable through repeated case use and tolerates standard reprocessing alongside the parent mallet.
These white nylon replacement heads for the Mead mallet series provide a softer alternative to steel when striking osteotomes near articular cartilage and subchondral bone. The 20mm diameter accommodates finer chisels and instruments, making them ideal for detailed articular work in ankle, wrist, and knee procedures. Sold as a set of two, they support inventory management across multiple surgical cases.