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This Cloward mallet is sized for larger-scale spinal fusion and vertebral body work, featuring a ball-and-pean head that distributes striking force across wider surgical surfaces. Weighing 14.6oz at 25.3mm diameter, the instrument supports controlled intervertebral disc preparation and bone impaction. Round-handle geometry provides secure grip during high-force applications.
Features & Benefits
The Cloward mallet is engineered for anterior cervical discectomy and fusion work, featuring a small ball‑and‑pean head geometry that concentrates force onto vertebral bodies and graft materials. The 17.3mm head diameter and 191mm shaft length provide the compact profile essential for cervical exposure. Stainless steel construction ensures durability across repeated surgical applications.
The Cloward rongeur features a serrated bite with 6 × 10mm jaw dimensions and angled‑up geometry for controlled removal of small bone fragments during mastoid surgery and ossicular bone work. The serrated cutting surface prevents slipping on hard bone while the angled‑up head orients the bite upward for optimal visualization. At 5 inches, the length provides adequate handheld control during intricate tympanic cavity work.
The Cloward rongeur with serrated cutting surfaces removes bone and promote hemostasis during cervical spine and laryngeal procedures. Its straight 6 × 10 jaw configuration fits confined surgical corridors. The 127mm length maintains optimal hand positioning.
This wider 25mm Cobb osteotome extends reach into deeper orthopedic fields while maintaining the characteristic gentle curve for safe periosteal dissection. The sharp cutting edge cleanly separates the periosteum from bone, and the 280mm shaft length supports controlled access in extended procedures. Reusable stainless steel construction supports sustainable surgical practice.
The Cobb 32mm osteotome is engineered for wide-field periosteal mobilization in major spinal and orthopedic exposures. Its gentle curvature follows the spinal lamina and vertebral body contours, enabling smooth elevation and protecting underlying neural structures. Sharp cutting geometry and 280mm length combine reach with controlled blade positioning.
The Cobb curved osteotome with 13mm sharp blade provides expanded working width for larger curved osteotomies across vertebral body and facet transitions. The gentle curve follows bone anatomy while maintaining sharp edge contact, and the straight 280mm shaft provides stable reach throughout extended spinal work.
The Cobb curved osteotome with 6mm sharp blade enables approach to irregular vertebral body surfaces and facet joint margins where straight-blade geometry is limited. The gentle curve aligns the sharp edge to bone contours, reducing the need for repositioning, while the 280mm length provides stable reach to deeper spinal levels.
The Cobb osteotome's gentle curve supports controlled elevation and mobilization of the periosteum during spinal and general orthopedic exposures. With a 19mm blade width and sharp working edge, it engages cortical bone with precision while the extended 280mm length provides reach into deeper surgical fields. Stainless steel construction delivers reliable performance across multiple reprocessing cycles.
The Cobb curved osteotome with 10mm sharp blade expands working surface for curved osteotomies along vertebral bodies and facet joint transitions. The gentle curve conforms to periosteal surfaces and bone contours without hand repositioning, while the sharp edge maintains clean bone division. 280mm length enables reliable access to deep spinal segments.
The Cobb curved osteotome with 16mm sharp blade delivers broad working surface for expansive curved osteotomies along irregular vertebral surfaces and lateral bone margins. The gentle curve aligns the sharp edge to follow natural bone contours throughout sustained procedures, while the 280mm length reaches deep spinal exposures.
The Cobb straight osteotome with 25mm sharp blade addresses expansive vertebral body division and multilevel cortical decortication procedures. The broad sharp edge delivers consistent clean bone cutting across wide surfaces, while the straight geometry maintains perpendicular force application. 280mm length sustains reliable access throughout extended spinal procedures.
The Cobb straight osteotome with 32mm sharp blade provides maximum working surface for the most extensive vertebral osteotomies and multilevel cortical fragment separation. The broad sharp edge maintains clean bone division across the widest surfaces, while the straight profile ensures perpendicular striking force throughout sustained procedures.
The Cobb straight osteotome with 13mm sharp blade provides expanded width for larger vertebral body osteotomies and fragment mobilization procedures. The sharp edge delivers clean bone division across wider surfaces, while straight geometry maintains force perpendicularity. 280mm length reaches deep spinal exposures.
The Cobb straight osteotome with 6mm sharp blade enables controlled bone division and fragment separation along vertebral bodies and transverse processes. The sharp edge penetrates cortical bone cleanly, while the straight profile maintains perpendicular force application during hammer strikes. 280mm length provides stable reach to deeper spinal regions.
The Cobb straight osteotome with 19mm sharp blade delivers maximum working width for expansive vertebral body osteotomies and multilevel cortical division. The sharp edge maintains controlled bone separation without crushing cancellous regions, and the straight profile ensures perpendicular strike alignment throughout large-scale procedures.
The Cobb straight osteotome with 10mm sharp blade delivers expanded working surface for vertebral body fragment separation and cortical decortication. The sharp cutting edge maintains clean bone division without crushing cancellous regions, while the straight profile ensures perpendicular strike alignment. 280mm length enables reliable access to lower lumbar and sacral levels.
The Cobb straight osteotome with 16mm sharp blade expands working surface for large-scale vertebral body osteotomies and extensive cortical division. The sharp cutting edge maintains clean fragment separation, while the straight profile aligns hammer force perpendicular to the bone surface. 280mm length provides stable reach across multiple spinal segments.
This Cobb spinal curette, size 0, offers intermediate cup dimension for vertebral body and intervertebral disc space debridement during spinal fusion preparations. The straight working length and oval cup geometry enable controlled debris removal without disrupting adjacent ligamentous structures, while the 280mm total length reaches deep intravertebral work.
This Cobb spinal curette in size 00 features an angled, oval cup for controlled removal of bone debris and soft tissue from the vertebral surface and intervertebral disc spaces. The angled approach improves geometry during deep-field curettage. The 280mm length and hollow handle design balance reach with tactile feedback during interbody work.
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.
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.
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