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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.
Features & Benefits
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.
The Lexer gouge with 10mm wide head and phenolic handle provides controlled scooping and hollowing of bone surfaces during orthopaedic procedures. The straight geometry and 275mm length support stable positioning and mechanical advantage, while stainless steel sustains durability across numerous sterilization cycles and operative cases.
The Lexer gouge, 15mm wide head with phenolic handle, enables larger-capacity bone removal and sculpting in orthopaedic procedures. The straight geometry supports direct chiseling motion, while the 275mm length provides extended reach and mechanical advantage. Stainless steel construction maintains durability and edge sharpness across repeated sterilization and use.
The Lexer gouge, straight with 10mm wide head and phenolic handle, balances scooping capacity with controlled bone manipulation in orthopaedic procedures. The straight geometry and extended 280mm length support stable positioning and mechanical advantage. Phenolic construction provides insulation and grip comfort, while stainless steel sustains edge sharpness across repeated sterilization and use.
The Lexer gouge, straight with 7mm head and phenolic handle, provides fine bone-scooping capability in orthopaedic procedures requiring delicate tissue handling. The straight geometry supports direct cutting motion, while the extended 280mm length provides reach and mechanical advantage. Phenolic handle and stainless steel construction ensure comfortable, durable performance across numerous cases.
This Lieberman aspirating speculum combines open wire retraction with integral fluid management. The round blades angle slightly upward, conforming to natural eyelid anatomy, while the attached tubing cannula evacuates pooling fluid away from the anterior chamber. The 86mm frame and 29mm cannula work together to maintain a clear, dry field throughout phacoemulsification.
The adult Lieberman nasal V‑Wire speculum carries 14mm V‑shaped open‑wire blades angled upward to clear the nose bridge during a nasal‑side cataract approach. The upward angle keeps the medial lid retracted without bridge contact, and the V‑wire shape distributes pressure along the lid margin while preserving the corneal view.
Designed for pediatric anterior segment surgery, this Lieberman reversible child speculum can be flipped between temporal and nasal approaches as the case dictates. The 10mm solid blades provide controlled lid retraction, and the adjustable mechanism sets the spread to match the smaller orbital fissure. A 57mm overall length keeps the frame compact for pediatric working distances.
The Lieberman temporal speculum provides adjustable 17mm open wire blades with thumb screw control for flexible lid tension adjustment during anterior segment surgery. The angled 45‑degree geometry positions the speculum temporally, optimizing surgical access to the temporal anterior chamber and limbus during phaco and keratoplasty. Adjustable wire design accommodates variable lid laxity and patient anatomy.
The Leippman cystotome carries a 22 gauge cannula with a small polished cutting tip for initiating the anterior capsulotomy during cataract surgery. A protective tip guard sheaths the cutting point for safe storage and transport between cases, and the 42mm overall body fits cleanly into the surgeon's hand for a controlled puncture and tear.
These lifting handles for sterilization trays and baskets are sold in matched pairs to enable secure transport and positioning of instrument sets. The robust construction supports full-set weight without fatigue or slippage. Paired handles facilitate safe two-person handling of loaded trays during autoclaving cycles and OR setup.
Ligature scissors provide sharp, controlled cutting for suture and vessel-loop division in general surgical procedures. The 159mm length and straight-blade geometry combine to deliver precise cuts on small-diameter materials. Ring-handle construction enables secure handling during suture management.
The Lillie ear hook with 1mm ball tip and 90‑degree angled design (2mm from bend to tip) provides precise palpation and manipulation of ossicular structures during otologic microsurgery. The fine ball tip permits gentle handling of delicate ossicles without mucosal trauma. The serrated handle ensures secure grip control during intricate middle ear work. At 173mm overall length, the hook delivers the reach and control necessary for mastoid ossicular surgery.
The Lillie nasal speculum offers delicate access for narrow or pediatric nasal cavities with its 32 × 3.6mm thin round blades. The 130mm shaft length provides controlled leverage without turbinate trauma during examination or minor procedure introduction. Its straight geometry supports fine visibility in confined spaces.
Straight surgical scissors with robust stainless‑steel construction, the Lincoln scissors are engineered for clean, controlled cutting across general surgical dissections. The 254mm overall length and straightforward blade geometry deliver reliable performance in open and laparoscopic fields. These scissors combine simplicity with durability�qualities that have sustained their use across diverse surgical specialties.
Named for pioneering corneal incision design, the Lindstrom angled diamond knife features a 3mm blade width with etched graduation marks and integrated laser alignment guides at 1.75mm and 2mm positions. Sharp blade sides deliver clean clear‑cornea entry, while the angled working profile maintains optimal blade‑incision angle without requiring handle rotation. This instrument is indispensable for consistent temporal cataract access in high‑volume refractive and cataract surgery.
The Lindstrom accurate marker places a 7mm reference impression on the cornea to guide centration of refractive incisions and intraocular procedures. A smooth flat handle on a 100mm shaft supports a balanced perpendicular approach to the corneal surface, transferring a clean uniform mark.
Lindstrom adjustable lid speculum provides flexible eyelid retraction with integrated aspiration capability for anterior segment surgery. The 45-degree angled geometry and 17mm curved solid blades position optimally within the surgical field. Aspiration ports integrated into the speculum design enable simultaneous fluid management during the procedure.
These straight Lister bandage scissors carry the standard angled probe tip and offset blade pattern of the Lister family, sliding safely under bandage edges to remove dressings without nicking underlying skin. Stainless construction holds the cutting geometry through repeat reprocessing.
The Lister bandage scissors feature angled 140mm blades that support controlled cutting of elastic bandages, tape, and soft gauze dressings in routine postoperative and wound care settings. The angle geometry improves hand position during repetitive dressing changes.