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The Viper 100mm retractor penetrates the deepest anatomical planes required in scoliosis correction, exposing lamina, intramedullary canal, and anterior vertebral structures through its 3 × 3-prong footprint. The extended 100mm depth serves posterior approaches where maximum reach preserves vascular and neurologic structures. Ratcheted mechanics lock the field securely, permitting single-surgeon command of complex spinal exposure.
Features & Benefits
The Viper spinal retractor delivers precise exposure of the surgical field through a 3 × 3-prong configuration optimized for scoliosis correction. At 40mm depth with a 300mm overall length, this straight ratcheted retractor maintains bone, periosteum, and laminar structures under controlled hands-free tension. The substantial prong geometry distributes load across multiple attachment points to minimize periosteal trauma during lengthy vertebral reconstructions.
Viper's 70mm-depth spinal retractor extends exposure beyond shallow anterior approaches, reaching deeper vertebral and intramedullary anatomy during posterior correction and fusion. The symmetrical 3 × 3-prong design maintains periosteal integrity while the ratcheted hold supports sustained retraction throughout reconstruction. At 300mm overall length, the Viper provides ergonomic leverage for both one-handed and two-handed deployment in scoliosis procedures.
This Volkmann bone hook with 25mm working edge and sharp profile provides retraction and engagement of bone fragments during orthopedic exposure. The straight 203mm handle delivers leverage for deep anatomical retraction, and the sharp pointed end secures cortical bone without slipping during complex fracture work.
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.
This Volkmann double-ended curette features complementary oval and round cups on opposing ends, providing two distinct curettage profiles for bone and cartilage removal. The 165mm length and straight geometry support controlled work along articular surfaces and vertebral endplates. Stainless steel durability ensures reliable performance across many surgical cases.
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.
The Volkmann finger retractor with three blunt prongs and fenestrated ring handle is engineered for gentle soft tissue and joint capsule retraction in hand and wrist surgery. The blunt prongs prevent periosteal and ligamentous trauma, while the ring handle distributes finger pressure evenly across the palm. At 114mm, the compact length suits confined hand surgical fields.
The Volkmann finger retractor with four blunt prongs and fenestrated ring handle provides broader soft tissue and joint capsule exposure in hand and small extremity surgery. The symmetric four‑prong array distributes retraction force without concentrating stress, while the ring handle reduces finger fatigue during prolonged positioning. At 114mm, the length accommodates confined surgical anatomy.
Four sharp prongs on this Volkmann finger retractor anchor in skin and superficial soft tissue around small hand and foot exposures, holding the field open without an assistant. The fenestrated ring handle hooks the surgeon's finger for a secure single‑digit grip, and the 114mm length suits compact orthopedic and digital procedures. Stainless‑steel construction holds prong sharpness through repeat sterilization.
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.
The Volkmann retractor with three blunt prongs and 13 × 10mm blade is designed for atraumatic soft tissue retraction in confined spaces such as hand, wrist, and small joint surgery. The blunt geometry protects articular cartilage and ligaments from crush injury, while the ring handle supports steady single‑hand retraction. At 216mm, the length reaches moderately deep surgical fields.
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.
Four blunt 18 × 10mm prongs distribute retraction force across skin and superficial fascia in this Volkmann rake retractor, keeping the operative window open without piercing tissue. The finger-ring handle anchors the surgeon's grip during sustained pull, and the straight 216mm shaft holds a steady angle of retraction. Stainless‑steel construction supports repeated steam reprocessing across orthopedic and soft-tissue cases.
The Volkmann retractor with four sharp prongs and 18 × 10mm blade dimensions delivers firm tissue and bone edge retraction in larger extremity and spinal exposures. The sharp prongs lock bone cortex and fascia securely, while the ring handle enables hands‑free positioning during extended surgical procedures. At 216mm, the length suits moderate to deep surgical fields.
Volkmann retractors expose superficial soft tissue, fascia, and small bony landmarks during orthopedic and general approaches. This six‑prong sharp variant carries a 28 × 10mm working head that anchors firmly in skin and subcutaneous tissue, and the finger ring handle stabilizes the surgeon's grip during steady traction. The 216mm overall length keeps the retraction point well away from the 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.
The Williger bone curette is supplied double‑ended, pairing two complementary tip geometries to optimize bone and cartilage removal across varied surfaces during spinal fusion and orthopedic procedures. The dual‑tip design reduces instrument set size while maintaining comprehensive coverage of vertebral endplates and joint margins. Stainless‑steel construction provides lasting surgical reliability.