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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.
Features & Benefits
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 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.
Large mallet with replaceable nylon heads and phenolic handle combines atraumatic striking with durable construction for arthroscopic and percutaneous procedures. The 30mm head diameter and 13.3oz weight suit fine‑precision bone work, while replaceable heads extend instrument longevity. Its 185mm length enables stable controlled striking.
Leaf‑pattern stainless steel mallet with a cylindrical 20mm striking head, weighing 4.2oz over a 165mm overall length. The finger‑groove handle keeps the surgeon's hand registered during repetitive taps on osteotomes and pin drivers, and the light head mass suits fine orthopedic cuts and small‑joint work. Stainless construction endures routine autoclave cycles between cases.
This wide‑jawed Leksell variant (8mm × 13mm bite) with 50‑degree curve handles aggressive cortical removal when extended decompression is needed across multiple laminal levels. The double‑action mechanism produces substantial cutting force, and the pronounced curve positions the jaw favorably against vertebral body and laminar surfaces. The 230mm length provides stable control during extensive bone removal. Stainless steel offers lasting durability.
Leksell rongeurs bite cancellous and cortical bone during laminectomy, craniotomy, and orthopedic decompression. The double action mechanism multiplies hand force at the jaw, and the 15 degrees curve directs the 4 × 16mm bite around the lamina or cortical edge without crowding sight lines. The 230mm frame keeps the working end on the bone in deeper exposures.
Leksell rongeurs with gentle 15‑degree curvature and a 5mm × 16mm bite aperture provide controlled cortical removal across wide operative fields during extensive laminectomy or vertebral body work. Double‑action mechanics amplify the surgeon's mechanical advantage, and the curved jaw geometry slides smoothly along periosteal margins without binding. The 230mm length balances reach with responsive handling. Stainless steel withstands repeated use.
Engineered for spinal and joint bone work, this Leksell rongeur uses a double‑action mechanism to multiply grip force at the 6 × 16mm bite while cropping cortical and cancellous bone. The 15‑degree gentle curve clears the surgeon's line of sight to the lamina and vertebral body during decompression, and the 229mm length keeps the handle out of the deep field. Stainless‑steel construction tolerates the cyclic loading inherent to bone biting.
Leksell rongeurs configured with a steeper 50‑degree curve and reduced 3mm × 13mm bite deliver precision work in confined spinal recesses where laminar edges and foramen osteophytes require selective removal. Double‑action mechanics provide cutting power despite the smaller footprint, and the pronounced curve naturally aligns with vertebral anatomy during access. The 230mm length supports controlled leverage. Reusable stainless steel endures.
The Lewin bone holding forceps grips cancellous and cortical bone during reduction and temporary fixation of fractures and osteotomy segments. Its gentle curve and serrated jaws distribute holding force across the periosteum and endosteal surfaces. The 178mm length suits hand‑held reduction during open procedures.
This 10mm Lexer chisel on a 178mm shaft adapts the Lexer pattern for moderately sized osteotomy work in confined surgical exposures. The phenolic handle and reduced length maintain precision while enabling access into deeper, narrower operative fields.
This 10mm Lexer chisel extends the Lexer pattern into broader bone-cutting applications, suitable for larger osteotomies and articular surface sculpting. The phenolic handle absorbs mallet shock while the 222mm length ensures stable hand positioning during controlled bony work.
The 12mm Lexer chisel configured at 178mm length supports moderate osteotomy procedures in confined surgical anatomy. Its phenolic handle and reduced shaft length enable controlled bone cutting in tight corridors while maintaining safe striking mechanics.
The 15mm Lexer chisel addresses larger-scale bone sculpting during joint reconstruction and proximal femoral osteotomy. Its broad cutting edge, phenolic handle, and 222mm length provide the leverage and control needed for predictable bone contouring.
At 20mm wide, this Lexer chisel serves major bone-sculpting procedures such as significant osteotomies, arthroplasty bed preparation, and extensive fracture realignment. The phenolic handle and 222mm length maintain ergonomic control during demanding bone work.
This 25mm Lexer chisel represents the widest option for bulk bone contouring, useful for extensive joint surface preparation and major osteotomy work. The phenolic handle and 222mm length support safe, controlled bone cutting across large surface areas.
The 30mm Lexer chisel is the largest in the series, engineered for major osteotomy and arthroplasty bed preparation where extensive bone contouring is required. Its phenolic handle and 222mm length maintain stability even during heavy mallet-driven bone cutting.
This compact 4mm Lexer chisel on a 178mm shaft brings fine control to smaller osteotomy sites and precise bone work in confined surgical fields. The phenolic handle and straight geometry support delicate bone sculpting in trauma and reconstruction cases.
This Lexer chisel measures 5mm wide with a phenolic handle, configured for controlled bone contouring and osteotomy work in orthopedic procedures. The 222mm length and straight geometry support stable penetration through cortical bone during joint reconstruction and trauma fixation.
The 6mm Lexer chisel at 178mm length serves moderate-precision osteotomy work in tight surgical fields, maintaining Lexer pattern geometry while fitting confined access corridors. Its phenolic handle provides secure control during delicate bone work.
The Lexer 7mm chisel offers broader bone-cutting capability while maintaining the precision geometry of the Lexer pattern. Its phenolic handle and 222mm length support controlled osteotomy across diaphyseal and metaphyseal regions during open reduction and joint realignment.
The Lexer chisel, 8mm straight blade with phenolic handle and 178mm length, delivers controlled bone cutting in orthopedic procedures where the phenolic handle provides heat resistance and improved grip traction. Straight geometry maintains perpendicular mallet strike alignment. Phenolic composition reduces slippage during extended handling.
The Lexer chisel, curved with 10mm head and phenolic handle, provides fine bone-cutting capability in confined orthopaedic spaces. The curved geometry suits angled approaches to periosteal and laminar bone work, while the 267mm length maintains mechanical advantage. Phenolic construction supports comfortable grip and material durability across sterilization and use.
The Lexer chisel with 15mm curved head and gentle curve geometry delivers controlled bone sculpting across wider surface areas. The 273mm overall length supports extended reach in deeper orthopaedic exposures, while stainless steel construction ensures durable edge performance across routine sterilization and repeated clinical use.