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A Lambotte osteotome with a 30mm curved blade is built for major-volume bone removal during spinal fusion, arthrodesis, and extensive craniofacial reconstruction. The broad curved profile ensures even striking contact and supports sustained mallet application without edge breakdown. The 250mm length accommodates varied surgical approaches with optimal reach.
Features & Benefits
This Lambotte osteotome with a 44mm curved blade supports extensive bone removal and sculpting in large-scale spinal and orthopedic reconstruction cases. The broad curved profile distributes mallet force evenly across the cutting surface, reducing stress concentration. The 250mm overall length provides effective reach while maintaining operator control.
Small curved Lambotte osteotome (4mm blade, gentle curve) enables precision bone cuts along articular and periosteal contours in confined orthopaedic spaces near sensitive joint capsule anatomy. The curved geometry reduces chipping risk throughout the procedure. Nine-and-three-quarter-inch (248mm) length provides reach. Stainless‑steel sustains durability.
A Lambotte osteotome with a 50mm curved blade is engineered for maximum-volume bone removal in major reconstruction and spinal procedures. The broad, robust curved profile maintains sharp geometry across extensive clinical use and tolerates forceful mallet application. The 250mm overall length provides reach for varied surgical depths and complex anatomical approaches.
A Lambotte osteotome with a 6mm curved blade is designed for precise bone sculpting in procedures requiring controlled, contoured removal. The curved blade geometry follows natural osseous anatomy, reducing stress concentration and supporting smooth separation. The 250mm overall length accommodates varied surgical depths and approach angles.
This Lambotte osteotome features an 8mm curved blade for controlled bone removal in moderately sized reconstructive fields. The curved profile maintains even contact across the osseous surface, distributing mallet force smoothly and supporting clean cortical separation. The 250mm overall length provides reach for deeper surgical approaches.
The full‑size Lambotte osteotome at 25mm (1") wide opens the cut profile for major cortical osteotomies in long‑bone work. The 229mm length provides the mechanical leverage needed for larger‑bone cuts under mallet impact, and the straight planar edge holds geometry through repeat strikes.
Lambotte osteotome, straight 38mm wide, performs broad bone section and cortical osteotomy during large‑fragment orthopedic reconstruction. The expansive 38mm cutting edge completes wide bone cuts in single or few blows, reducing operative time. The 230mm overall length provides leverage and field reach.
Widening to 32mm (1‑1/4"), this straight Lambotte osteotome makes the broadest cortical cuts in the standard Lambotte set, suited to large‑bone osteotomies and major reconstruction. The 229mm body delivers leverage for sustained mallet work, and the planar edge maintains its line through repeat strikes.
This Lambotte osteotome presents a straight 13mm cutting edge on a 230mm shaft for sectioning cortical bone during osteotomies and bone graft harvest. The flat bevel translates mallet impact directly along the bone axis, producing a clean kerf with minimal periosteal disruption. Stainless‑steel construction holds the cutting edge through repeated sharpening and steam sterilization.
Lambotte osteotome, 6mm wide and straight, delivers controlled cutting force for bone osteotomy, fusion site preparation, and fracture reduction. The 230mm length provides mechanical advantage and hand control during hard bone work. Stainless steel ensures durable edge retention and reliability for repeated surgical use.
Thirteen-millimetre Lambotte straight osteotome enters larger orthopaedic bone-removal phases where vertebral and metaphyseal osteotomies require aggressive linear cuts and substantial cortical trimming. The 9.75-inch (248mm) length provides extended reach throughout the surgical field. Stainless‑steel composition ensures lasting clinical performance.
Sixteen-millimetre Lambotte straight osteotome executes broad linear bone cuts in major orthopaedic exposures requiring extensive vertebral body or periosteal sculpting and cortical removal. The 9.75-inch (248mm) length supports reach and control throughout extended anatomic fields. Stainless‑steel blade sustains multi-case service.
Eighteen-millimetre Lambotte straight osteotome handles extended bone-removal work in large orthopaedic fields where vertebral body sculpting and laminar contouring demand wider cutting geometry and substantial force. Nine-and-three-quarter-inch (248mm) length provides reach and mechanical advantage. Stainless‑steel sustains durability.
Twenty-millimetre Lambotte straight osteotome addresses major bone cuts in high-volume orthopaedic exposures requiring wide linear osteotomies for vertebral body contouring and improved access. Nine-and-three-quarter-inch (248mm) length balances leverage with intraoperative control throughout extended work. Stainless‑steel sustains multi-case performance.
Thirty-millimetre Lambotte straight osteotome handles the broadest linear bone cuts in major trauma and large-scale orthopaedic exposures requiring maximal single-stroke removal across vertebral and periosteal surfaces. Nine-and-three-quarter-inch (248mm) length provides stable reach throughout the extended work. Stainless‑steel sustains service.
The full-size Lambotte osteotome provides a 38mm wide blade for large-scale bone shaping and reconstruction procedures. Its straight design concentrates cutting force along a single plane for reproducible results. At 250mm overall length, the instrument reaches deep surgical fields while maintaining excellent balance.
Forty-four-millimetre Lambotte straight osteotome executes extra-wide bone cuts in massive orthopaedic exposures where bulk vertebral body removal and extensive periosteal sculpting demand maximum cutting surface area. Nine-and-three-quarter-inch (248mm) shaft provides stable reach in major surgical fields. Stainless‑steel sustains durability.
Small straight Lambotte osteotome (4mm blade) enables precision bone cuts in confined orthopaedic spaces where delicate osteotomies near vertebral bodies and laminae require sharp, controlled entry. Nine-and-three-quarter-inch (248mm) length provides reach without bulk or excessive leverage. Stainless‑steel composition ensures durable performance.
Fifty-millimetre Lambotte straight osteotome delivers the maximum-width linear cuts in the most extensive orthopaedic exposures requiring aggressive vertebral body and periosteal contouring across large bone surfaces. Nine-and-three-quarter-inch (248mm) length maintains intraoperative control in major surgical fields. Stainless‑steel sustains durability.
Six-millimetre Lambotte straight osteotome addresses moderate-width bone cuts in controlled orthopaedic fields requiring selective vertebral body or laminar osteotomies throughout the exposure. The 9.75-inch (248mm) shaft provides stable reach and mechanical leverage. Stainless‑steel blade sustains multi-case use.
Eight-millimetre Lambotte straight osteotome handles wider linear bone cuts in mid-field orthopaedic exposures where vertebral contouring and laminar work benefit from increased cutting width. The 9.75-inch (248mm) length balances reach and intraoperative control throughout the procedure. Stainless‑steel sustains durability.
This lamina spreader features a serrated working edge that grips bone securely during spinal decompression work. At 267mm overall length, it provides adequate leverage for controlled opening of laminar surfaces and foramen exposure during laminectomy.
This extended 330mm Lane bone forceps provides secure fragment holding in long bone fixation across the femur, tibia, and humerus. The absence of a ratchet mechanism keeps the instrument lighter for sustained one‑handed holding, and the straight jaws maintain consistent bone contact through reduction and plate application. Stainless steel endures extended surgical use.
This extra‑long 432mm Lane bone forceps extends reach for securing fragments in lengthy long bone reductions, particularly during femoral intramedullary work and tibiofibular fixation. The ratchet‑free design minimizes weight, and straight jaws deliver consistent purchase on cortical bone. At 432mm, it accommodates surgeons who prefer maximum reach.
This heavy‑pattern Lane forceps handles dense cortical bone and large fragments requiring substantial holding force. The ratchet mechanism locks fragments hands‑free, and the straight jaws maintain direct cortical contact during demanding plating procedures. At 432mm, the extended length suits femoral and tibial work.
The Lane bone-holding forceps, light model with straight jaws and ratchet mechanism, secures fracture fragments and bone segments during orthopedic reduction and fixation. Straight jaw geometry ensures parallel bone contact across the clamping surface. Ratcheted handle maintains secure hold without requiring sustained hand pressure, freeing the surgeon for simultaneous plate or screw placement.
The Lane light‑model bone forceps delivers fragment control in delicate or comminuted fractures where crushing risk is high. Its straight jaws engage cortical bone without the bulk of heavier patterns, and the ratchet‑free design keeps the instrument responsive. At 330mm, it provides extended reach without excess weight.
The Lane bone-holding forceps with straight jaws and integrated ratchet provide secure, locked reduction of bone fragments during complex osteosynthesis. The 330mm extended length reaches deep anatomic sites, and the ratchet mechanism locks the reduction without hand strength. Stainless steel composition sustains routine sterilization and clinical reuse across many cases.
Langenbeck periosteal elevator with a blunt 6mm narrow edge designed for controlled elevation of periosteum during bone exposure. The straight geometry and compact 197mm length enable precision work in confined anatomical spaces while protecting underlying soft tissue from trauma. Stainless steel construction delivers lasting durability across repeated sterilization cycles.