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Cobb spinal curette, size 00, featuring a straight profile and small oval cup is designed for fine intravertebral and discal space curettage during vertebral body and intervertebral disc preparation. The 280mm extended length provides reach to the operative field while protecting superficial soft tissue from unintended contact. Stainless steel maintains edge sharpness across multiple reprocessing cycles.
Features & Benefits
Sized at 000 with an angled oval cup, the Cobb spinal curette removes disc material and soft tissue from the spinal canal during posterior approaches. The 280mm length carries the working cup deep into the disc space without bringing the surgeon's hand into the operative line, and the angled cup tracks the curved surfaces of the endplate.
Built for fine cancellous work along the vertebral body and joint surface, this Cobb spinal curette pairs a size 000 oval cup with a straight shaft and 280mm overall length for reaching through deep posterior corridors. The slim cup format engages small volumes of bone or disc material without overshooting the target. Stainless‑steel construction holds the cup edge cleanly through repeated reprocessing.
This Cobb spinal curette, size 1 with an oval cup and 280mm length, provides precision bone and cartilage debridement along vertebral endplates and joint margins in spinal fusion and decompression work. The oval cup geometry distributes force evenly across the curettage surface, reducing localized pressure on underlying neural structures. Straight orientation positions the working edge parallel to bony surfaces, supporting controlled, layer-by-layer removal.
Cobb spinal curette, size 2, with a straight profile and larger oval cup provides efficient removal of disc material and osteophytic bone from vertebral endplate and intravertebral space during fusion procedures. The 280mm extended length permits comfortable access to mid and lower lumbar levels while stainless steel resists corrosion from repeated sterilization.
The Cobb spinal curette, 3, combines oval cup with sharp edges for precise bone and disc curettage at the vertebral body and intervertebral space. Extended 280mm length improves reach to deep spinal structures during fusion preparation. Stainless steel construction ensures durable edge retention and reliability across repeat surgical cases.
The Cobb size 2 spinal curette features an oval cup and straight geometry over 280mm, suited for intermediate bone removal in spinal curettage and articular surface debridement. The larger cup size relative to the size 1 variant handles increased material volume while maintaining precise edge contact. Oval configuration reduces point loading on delicate bony architecture.
Angling the Cobb curette adds a working bend that reaches under the vertebral lamina and onto the contralateral end‑plate without forcing the surgeon's wrist. This size 6 oval cup matches the angled shaft to a 280mm overall length, giving disc and end‑plate access in lumbar fusion work. Stainless steel construction holds the cup edge through repeat spine‑set cycles.
Larger Cobb spinal curette, size 6, with straight orientation and a round knurled handle for enhanced grip security during extended curettage procedures. The oval cup supports controlled bone removal across broad articular and endplate surfaces without inadvertent excavation into neural canal structures. Extended 280mm length and robust handle design facilitate sustained tactile feedback in deep spinal exposures.
Cobb spinal curettes scrape the vertebral end‑plate and clear disc material during spinal exposure and fusion preparation. The size 5 oval cup measures 6 × 9.25mm and sits on a straight 280mm shaft that reaches into deep paraspinal fields. The oval geometry tracks the curved end‑plate surface without skating off the bony margin.
The Cobb‑Bruns straight curette is engineered for precise bone surface preparation during spinal and orthopedic procedures. Size 1 tip geometry allows controlled removal of bone debris and cartilaginous fragments from subchondral surfaces and vertebral endplates. Stainless‑steel construction supports reliable performance across repeated sterilization and clinical use.
This Cobb‑Bruns curette, Size 2, features a straight 280mm shaft designed for controlled debridement of bone surfaces and removal of soft tissue from periosteal surfaces during orthopedic exposure. The compact Size 2 blade width provides fine precision in confined surgical fields. Stainless steel construction ensures reliable performance across repeat use.
The Cobb‑Bruns Size 3 curette provides increased blade surface area for efficient periosteal stripping during orthopedic dissection. Its straight 280mm design delivers reliable engagement with bone and periosteum in moderate-depth exposures. Stainless steel edges remain sharp and burr-free across many cycles.
Size 4 blade of the Cobb‑Bruns curette line suits wider bone surface debridement in open orthopedic approaches. The straight 280mm shaft maintains consistent geometry for reliable periosteal separation and bone edge smoothing. Robust stainless steel construction supports high-demand surgical use.
The Cobb‑Bruns Size 6 curette offers maximum blade width within the curette line for expedited removal of soft tissue and bone cortex during wide orthopedic exposures. Its straight 280mm shaft and robust profile support forceful scraping of vertebral endplates and broad bone surfaces. Stainless steel edge reliability is built for high-volume use.
This large angled cone ring curette angled at 35 degrees with an 8mm diameter ring provides improved approach geometry to vertebral bodies, endplates, and facet joint surfaces. The 229mm shaft and knurled aluminum handle support controlled curettage in deep spinal exposures.
This large cone ring curette features an 8mm diameter round ring on a 229mm shaft with aluminum knurled handle, designed for controlled subperiosteal and cancellous bone curettage. The ring geometry allows capture of bone debris while providing directional control during bone bed preparation.
The cone ring curette medium size 2 features a 6mm diameter round ring with straight geometry and aluminum round knurled handle for ergonomic bone and debris removal. The ring pattern allows internal surface curettage and external contour work on articular cartilage and cancellous bone in confined joint spaces. Stainless steel ring construction resists wear across multiple cases.
The small angled cone ring curette at 35 degrees with a 3mm ring diameter brings fine-control bone curettage to deep spinal recesses and confined joint work. At 229mm length with knurled aluminum handle, it supports precision work in laterally recessed anatomical spaces.
The small 3mm cone ring curette on a 229mm shaft with knurled aluminum handle serves precision bone curettage in confined spaces and delicate joint work. Its diminished ring diameter enables controlled removal of debris and diseased bone in tight surgical corridors.
This Epstein curette in size 0 carries an oval cup on a reverse‑angled neck that reaches behind bony overhangs in the spinal canal and foramen, useful for clearing disc and granulation tissue from blind corners. The hollow Bruns handle reduces overall weight without losing torque control, and the 203mm length keeps the working tip in line with deep spinal exposures.
The Epstein reverse‑angled size 00 curette with oval cup and Bruns hollow handle is designed for precise posterior joint and vertebral body debridement in confined spaces. The reverse angle improves access to posterolateral vertebral bodies and joint recesses, while the small oval cup suits fine cancellous removal. The hollow handle reduces fatigue during prolonged spinal work.
The Epstein curette size 000 employs a reverse-angle head and small oval cup for controlled curetting of bone and periosteum in confined surgical spaces. The 203mm working length and Bruns hollow handle are sized for precise manipulation in narrow corridors, such as vertebral body or foramen debridement. Angled geometry directs the working surface toward target tissue without excessive pressure.
The Epstein spinal curette in size 0 with reverse angling permits controlled curettage of bone in confined spinal corridors where approach angle limits tool orientation. Stainless steel construction and precise angle geometry enable consistent debris removal without chipping cancellous bone or damaging neural structures. The 203mm length supports access to posterior elements.
The Epstein spinal fusion curette combines 3‑0 (Size 3‑0) dimension with reverse‑angle geometry for accessing the caudal vertebral body and fusion bed during interbody arthrodesis. The specialized curvature directs the cup inferiorly and posteriorly. At 203mm, it provides adequate reach for fusion site preparation.
This Hatfield bone curette, Size 1, features a straight 229mm shaft optimized for fine periosteal debridement and cortical bone removal in orthopedic exposures. The compact Size 1 blade suits confined surgical fields and detailed work near neurovascular structures. Stainless steel construction ensures edge retention across repeat sterilization.
The Hibbs bone curette with large cup geometry is designed for aggressive periosteal elevation and curetting of bone surfaces during orthopaedic exposures. The straight configuration and 203mm length support stable positioning during fascial and periosteal work, while stainless steel construction provides reliable performance across routine sterilization and repeat clinical use.
The medium‑cup Hibbs bone curette with straight profile delivers controlled removal of fibrocartilage, callus, and trabecular bone from fracture sites and joint surfaces in open and arthroscopic procedures. The cup geometry concentrates force on a small surface area, allowing precise debris clearance from the periosteum and endosteal surfaces without excessive stripping. Stainless steel blade resists dulling from repeated contact with cortical bone.
The Hibbs bone curette features a small cup geometry for precise debridement of bone surfaces during joint arthroscopy and open procedures. Its straight design and 203mm length provide excellent control and reach into articular compartments. Stainless steel provides reliable surface finish for repeatable cleaning without tissue drag.
Built for posterior takedown during cervical microdiscectomy, this Karlin-style curette carries a size 0 (3mm) backwards-facing cup on a straight XL shaft for engaging disc fragments and posterior longitudinal ligament from behind the working corridor. The 104mm working length within a 240mm overall reach allows the offset aluminum handle to sit off-axis, preserving the surgeon's view through the microscope. The aluminum handle pairs low mass with corrosion resistance for repeated case use.