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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.
Features & Benefits
This Oberhill self‑retaining retractor features a ratcheted frame, adjustable swivel arms, and 25×25mm 4‑prong blades across a 311mm length for wide surgical exposure.
The Obwegeser periosteal elevator with 11mm blade provides controlled separation of periosteum from bone surfaces during orthopaedic exposures and fracture preparations. The flat blade geometry allows sweeping motions along the bone-periosteum interface, while stainless steel construction maintains edge integrity and corrosion resistance across routine sterilization and use.
This Obwegeser periosteal elevator uses a 6mm tip and a 180mm length for fine periosteal lifting.
This Obwegeser periosteal elevator features a 9mm tip with an 80mm compact length for controlled elevation in confined spaces.
This Obwegeser periosteal stripper features a 5mm tip with a 205mm overall length to support controlled periosteal elevation in maxillofacial procedures.
This Obwegeser periosteal stripper includes a 9mm tip and a 200mm length for controlled elevation of periosteum.
The Obwegeser tissue retractor, curved downward with 25 × 7mm blade, provides atraumatic periosteal and soft-tissue retraction during maxillofacial and orthopaedic procedures. The curved geometry follows natural tissue planes, reducing surgeon fatigue during prolonged retraction. Stainless steel construction ensures reliable performance across sterilization and repeated clinical use.
The Obwegeser tissue retractor, curved downward with 31 × 10mm blade, balances exposure width with precise soft-tissue control during oral and orthopaedic surgery. The intermediate blade size and downward curve suit both fascial elevation and periosteal retraction. Stainless steel construction sustains reliable performance across sterilization cycles and repeated clinical applications.
The Obwegeser tissue retractor curves downward and outward, providing gentle lift of soft tissues during mandibular and orthognathic procedures. The 42 × 11mm blade geometry distributes contact force across a broad surface, reducing tissue bruising and supporting surgeon comfort during extended exposure. Stainless steel construction withstands repeated sterilization without loss of curvature integrity.
Scaled up to 70 × 14mm, this Obwegeser curved‑down retractor provides broader exposure in larger orthognathic fields without increasing compression force. The larger blade distributes tissue contact over greater surface area, minimizing vascular compromise. Stainless steel responds reliably to autoclave conditions, maintaining dimensional stability and curve geometry across many surgical uses.
The Obwegeser tissue retractor, curved upward with 42 × 13mm blade, provides broad, atraumatic soft-tissue exposure during orthognathic and maxillofacial procedures. The larger blade surface distributes forces over wider tissue areas, reducing compression trauma to muscle and fascia. The upward curve accommodates varied anatomic exposures while stainless steel maintains edge quality across repeated use.
This variant of the Obwegeser retractor curves upward, suited for retraction toward the surgeon in anterior mandibular and facial procedures. The 60 × 12mm dimensions provide ample contact surface, and the upward curvature follows natural tissue planes without causing edge impingement. Stainless steel composition ensures lasting reliability through routine clinical reuse.
The Obwegeser wedge osteotome delivers controlled cutting action for bone shaping during orthognathic and corrective procedures. Its 8mm wide blade concentrates osteotomy force efficiently while the phenolic handle absorbs mallet shock and reduces hand fatigue. At 230mm overall length, the instrument reaches deep into jaw and facial bone anatomy.
The Ombredanne mallet features a larger 40mm cylindrical stainless steel head optimized for sustained striking applications during extensive bone work. The serrated round handle provides secure grip during repetitive mallet strikes, minimizing slippage during prolonged use. Extended 251mm length offers leverage advantage when driving osteotomes through dense cortical bone.
Ombredanne‑Wagner mallet with replaceable nylon heads and round serrated handle delivers atraumatic striking for periosteum and cartilage protection. The 40mm head diameter and 1lb 7.1oz weight suit prolonged arthroscopic and percutaneous work. Round serrated grip maintains security even during repetitive striking.
This double-ended orbital retractor offers two blade geometries on a single instrument: a 10mm working end and a 16mm alternate end, permitting rapid conversion between approaches without instrument exchange. Each blade is ground flat to distribute retraction force smoothly across the orbital periosteum and soft tissue, supporting gentle exposure in enucleation or evisceration work. The double-ended design maximizes tray efficiency in orbital surgery.
Scaled upward for larger orbital exposures, this double-ended orbital retractor pairs a 12mm blade with an 18mm option to accommodate varying patient anatomy and surgical approach breadth. Each blade is engineered for atraumatic contact with periosteum and soft tissue, permitting sustained retraction without creating ischemic zones. The dual-geometry design maximizes flexibility in orbital wall dissection and reconstruction procedures.
For smaller orbital work in pediatric or confined spaces, this double-ended orbital retractor provides an 8mm blade paired with a 14mm alternate geometry. The narrow blades minimize periosteal trauma while offering sufficient surface contact to maintain stable retraction throughout dissection. Double-ended construction reduces tray bulk without sacrificing surgical flexibility in tight orbital compartments.
Jacobs chuck orthopedic drill bits accommodate threaded chuck coupling for instruments configured with traditional drill handpieces. The 1.5mm flute threads fine pilot holes during delicate wrist, ankle, and small fragment fixation, and the 70mm overall length with 30mm working dimension suits confined surgical approaches. Reusable stainless steel maintains edge sharpness across repeated procedures.
This 2mm orthopedic drill bit with a Jacobs chuck fitting at 85/38mm working geometry drills cortical bone for screw, pin, and wire placement during orthopedic fixation. The Jacobs chuck fitting accepts the bit into standard hand and power drills.
Compact Jacobs chuck drill bits reduce overall length to 106mm while maintaining a 3.2mm flute for pilot hole creation in confined anatomic spaces during wrist, ankle, and hand fracture fixation. The 48mm working dimension accommodates limited surgical approaches, and the Jacobs coupling permits efficient handpiece changes. Reusable stainless steel supports repeated clinical use.
Jacobs chuck drill bits with 3.2mm flute diameter and extended 180mm overall length support pilot hole creation in long bones during major fracture fixation and intramedullary work. The 70mm working dimension accommodates both percutaneous and open approaches, and the Jacobs coupling permits use with standard drill handpieces. Reusable stainless steel endures across many cases.
This Jacobs chuck 3.5mm drill bit features a straight profile and 180mm length, designed for bone drilling in orthopedic implant fixation. The Jacobs chuck interface provides a secure grip while allowing rapid repositioning.
Jacobs chuck drill bits scaled to 4.5mm diameter thread larger‑bore pilot holes and tap holes during spinal instrumentation and large bone fixation. The extended 180mm overall length with 70mm working dimension reaches deep within vertebral bodies and long‑bone intramedullary canals, and the Jacobs coupling permits use with standard drill handpieces. Reusable stainless steel maintains performance.
This orthopedic quick‑connect drill bit in 3.2mm diameter enables efficient cortical and cancellous bone preparation for guidewire and screw placement. The straight geometry ensures perpendicular bone drilling without deflection, supporting reproducible hole placement in vertebral bodies and long‑bone cortices. Stainless steel construction tolerates repeated sterilization without edge degradation.
Orthopedic drill bits designed with quick‑connect coupling facilitate rapid percutaneous and open drilling in hand surgery, wrist, and ankle fixation where compact working dimensions are essential. The 3.2mm flute threads pilot holes in smaller cortical bone, and the 145mm overall length with 120mm working dimension permits navigation through limited surgical approaches. Reusable stainless steel supports repeated use.
This 3.2mm orthopedic drill bit employs a quick connect chuck for rapid interchange during bone drilling. The straight geometry and 195mm length support predictable drilling through cortical and cancellous bone when preparing for fixation hardware.
Orthopedic drill bits with quick‑connect coupling accept rapid chuck changes during complex fracture and joint reconstruction procedures. The 3.5mm flute diameter threads pilot holes for cortical screws across long bones and vertebral bodies, and the 195mm overall length with 170mm working dimension accommodates both percutaneous and open approaches. Reusable stainless steel maintains cutting edge durability across many cases.
The 4.5mm orthopedic drill bit is configured with a quick connect chuck to streamline interchanges at the surgical field. Its straight profile and 195mm shaft support reliable bone penetration across diaphyseal and metaphyseal regions during implant preparation.