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The Verbrugge self‑centering bone forceps auto‑aligns fragments during engagement, reducing surgeon effort during difficult reductions. Its 7mm wide jaws maintain consistent pressure across the bite, the speed lock enables rapid one‑handed clamping, and a maximum 45mm opening accommodates varied fragment sizes. At 191mm, it remains compact.
Features & Benefits
This Verbrugge self‑centering model delivers maximum 65mm opening in a 280mm overall length, balancing extended reach with compact handling for bone fragment reductions. The speed lock mechanism enables rapid engagement without requiring ratchet adjustment, and the self‑centering jaw geometry simplifies fragment alignment during difficult reductions.
This Volkmann curette features a double-ended design with oval and round cups at opposing ends, offering versatile curettage options for varied bone and articular surfaces within a single instrument. The compact 127mm length enables precise control in confined spaces like facet joints and small intraarticular defects.
Volkmann curette with double-ended configuration and matching oval cups at each end delivers bilateral curettage capability for bone and soft tissue work in bone defect and intraarticular cartilage applications. The straight profile provides direct approach, and the 165mm length balances reach with tactile feedback during fine work.
This single‑prong retractor with sharp edge and ring handle retracts skin and muscle layers during open orthopedic approaches. The 10mm deep prong penetrates superficial fascia and muscle without perforating deeper structures, while the ring handle provides ergonomic leverage for sustained retraction. Stainless steel construction endures sterilization and repeated clinical use.
The Volkmann retractor, 2-prong sharp variant with 8 × 10mm blade and ring finger handle, provides self-retaining skin and superficial soft tissue exposure during orthopedic approaches. Sharp prongs secure tissue edges without slipping, while the ring finger grip enables single-handed retraction, freeing the other hand for instrument work. Straight geometry maintains perpendicular tissue tension.
This Volkmann rake retractor carries three sharp prongs on a 13 × 10mm working face with a ring handle, sized for compact superficial retraction in hand and foot orthopedic work. The 216mm length keeps the ring grip clear of the operative field.
The Wagner osteotome with 15 × 30mm tip angled forward enables wider bone removal in orthopaedic procedures requiring broader cutting surfaces. The forward angle improves visibility in spinal and vertebral work, while the 343mm extended length maintains mechanical advantage. Phenolic handle provides grip comfort, and stainless steel sustains cutting edge across numerous sterilization cycles.
The Wagner osteotome, angled forward with 15 × 30mm tip and phenolic handle, provides controlled broad bone sculpting in orthopaedic procedures where wider cutting geometry is required. The forward-angled tip improves operative visualization in confined anatomic spaces, while the 343mm extended length supports mechanical advantage. Stainless steel ensures durable performance across repeated clinical use.
The Wagner osteotome with straight 15 × 30mm tip and phenolic handle provides direct, wider-capacity bone removal in orthopaedic procedures. The straight geometry delivers predictable cuts through periosteal and vertebral bone, while the extended 343mm length supports mechanical advantage. Stainless steel sustains edge sharpness across numerous sterilization cycles and operative cases.
The Wagner osteotome, angled backward with 30 × 35mm tip and phenolic handle, supports large-capacity bone removal in posterior or retracted approach procedures. The backward angle accommodates challenging operative geometry where forward-angled instruments are limited, while the extended 343mm length maintains mechanical advantage. Stainless steel ensures durable performance.
The Wagner osteotome with 30 × 35mm tip angled forward and phenolic handle enables large-capacity bone removal with superior approach visibility in orthopaedic procedures. The forward-angled tip improves visualization in confined surgical spaces, while the extended 343mm length provides mechanical advantage. Stainless steel construction ensures lasting durability across repeated sterilization and use.
The Wagner osteotome, angled backward with 9 × 25mm tip and phenolic handle, provides precision bone cutting in orthopaedic procedures requiring posterior or retracted approach geometry. The backward angle supports controlled cuts in confined spaces where forward-angled instruments are not accessible. Extended 343mm length and stainless steel construction ensure lasting durability.
The Wagner osteotome, angled forward with 9 × 25mm tip and phenolic handle, delivers controlled bone cutting with superior approach geometry in confined orthopaedic spaces. The slightly angled-forward tip improves visualization during vertebral and laminar work, while the extended 343mm length provides mechanical advantage. Phenolic handle and stainless steel construction support reliable, durable performance.
The Wagner osteotome, straight with 9 × 25mm tip and phenolic handle, delivers direct bone-cutting geometry in orthopaedic procedures where straight approach is optimal. The straight profile supports predictable cuts in vertebral and laminar bone, while the extended 343mm length provides mechanical advantage. Phenolic construction and stainless steel ensure comfortable, durable performance.
Walter type gouges feature a slight forward angle for enhanced visualization and bone access during contouring procedures. The 10mm wide head removes bone efficiently while the angled design reduces instrument binding. At 200mm length, this tool supports controlled work in moderately deep surgical fields.
This larger Walter type gouge extends to 15mm head width, providing substantial bone-removal capacity while the angled forward geometry maintains excellent sightlines during contouring work. At 203mm overall length, the instrument reaches well into surgical fields. Stainless steel provides consistent performance.
These white nylon replacement heads are configured for the Mead mallet series, offering 23mm diameter soft‑strike surface for surgeon-controlled force delivery during fine osteotomy work near articular cartilage. Sold as a set of two, they provide inventory flexibility across cases and extend the functional life of reusable mallet handles. Nylon composition preserves bone architecture when striking delicate landmark areas.
The Wilde intervertebral disc rongeur features a straight 3mm fenestrated jaw design optimized for removing nucleus pulposus and annular fragments during spinal decompression. The fenestrated blade resists clogging while providing precise bone and soft tissue engagement. Working length of 140mm supports deep lumbar and cervical access.
Williger large mallet features hour‑glass‑shaped stainless steel head and provides sustained striking force for cortical bone reduction and major fracture procedures. The 29.9mm head diameter and 13.2oz weight deliver higher‑momentum impact, while round handle secures grip. Its 242mm length enables stable controlled striking.
Williger medium mallet with hour‑glass‑shaped stainless steel head balances weight and control for bone striking in general and fine orthopaedic work. The 27.9mm head diameter and 11.2oz weight suit prolonged surgical procedures, while round handle enables secure handheld control. Its 242mm length provides stable striking position.
These wire cutter spare parts represent replacement components for routine maintenance of wire‑cutting instruments used in orthodontic and skeletal fixation procedures. The 230mm specification indicates compatibility with standard‑length wire cutters. Stainless steel components ensure corrosion resistance and durability across repeated sterilization cycles.
This tungsten carbide wire cutter with end‑cutting action removes orthopedic fixation wires from bone, plates, and screws with superior hardness and edge retention. Maximum capacity 0.62 inches (1.6mm) handles standard orthopedic implant wires. Tungsten carbide construction ensures durable performance and cutting efficiency across repeated surgical use.
This tungsten carbide wire cutter is optimized for precise sectioning of orthopedic fixation wires and appliances during removal procedures. The double-action mechanism and front-cutting geometry deliver controlled bite closure on wires up to 2.4mm diameter, and the straight profile provides direct line of sight for exact cutting positioning. Tungsten carbide maintains its edge through repeated cuts and thorough sterilization.
The wire extraction pliers, featuring tungsten carbide double-action jaws and serrated grip surfaces, provides superior holding power for orthodontic and fixation wire removal in orthopedic procedures. Double-action leverage multiplies mechanical advantage, reducing hand force required for stubborn wire extraction. Serrated 2mm jaws prevent slippage during controlled wire withdrawal.
Wire extraction pliers with tungsten carbide double-action jaws and 6mm serrated edge geometry deliver superior grip force and durability for removing fixed orthodontic wires and rigid fixation hardware from periosteum and cortical surfaces. The 178mm length and carbide jaw construction maintain cutting edge across multiple extraction cases without slipping or galling.
These narrow‑nose wire‑pulling pliers feature tapered serrated jaws that converge to 3.5mm, providing precise grip on orthodontic wires during reduction and manipulation. The tapered jaw geometry distributes compressive force across the intramedullary wire without crushing periosteal attachments. Extended 191mm length allows access to posterior segments during ligature placement.
Heavy‑duty tungsten carbide construction makes this wire twisting forceps ideal for grasping and rotating fixation wire during orthopedic and spinal procedures. The carbide jaw surfaces resist dulling when manipulating high‑carbon steel or stainless steel wires. The 152mm length supports two‑handed control in open and minimally invasive approaches.
This wire‑cutting pliers in tungsten carbide construction handles hard orthodontic and orthopedic wire up to 0.6mm diameter with minimal handle force and jaw friction. The carbide cutting edges remain sharp far longer than stainless steel, reducing the frequency of replacement and supporting consistent wire shearing in high‑volume cases. At 125mm overall, the compact design suits one‑handed operation near the operative site.
The Wolff Boehler plaster breaker drives a curved deep‑serrated jaw beneath cast material to grip and lift edges without skin contact. The 241mm overall length keeps the surgeon's hand clear while the standard curve tracks the contour of an arm or leg cast. Stainless steel construction holds bite geometry through repeated cast removal and routine reprocessing.