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At 28mm width with a standard curve and hexagonal handle, this Hibbs osteotome suits intermediate‑to‑large orthopedic cases where curved bone access is advantageous. The arched blade eases dissection along the vertebral body and around the intramedullary canal, while the hexagonal grip distributes effort during prolonged elevation. The 240mm shaft maintains rigidity.
Features & Benefits
Hibbs osteotome, curved 13mm wide with hexagonal handle, executes controlled mid‑size bone sectioning along spinal and skeletal curves. The 13mm blade balances cutting surface with anatomic conformance. The hexagonal handle ensures secure positioning during impact‑driven work.
Hibbs osteotome, curved 6mm wide with hexagonal handle, performs controlled vertebral and skeletal bone division along complex anatomic contours. The gentle curve follows natural bony anatomy while the hexagonal handle maintains grip stability. The 240mm length supports deep spinal work.
The Hibbs osteotome (curved, 19mm) combines a moderately wide curved blade with hexagonal handle for vertebral body and laminar bone cutting along natural anatomical curves. The 240mm extended length reaches deep spinal levels, while the curved profile aligns with the sagittal anatomy and improves visibility of the cutting surface during fusion site preparation.
The Hibbs osteotome curved at 22mm width with hexagonal handle provides atraumatic periosteal separation along the vertebral body contour. The gentle curve allows the blade to follow the bone surface during lamina and facet dissection, minimizing ligament and joint capsule disruption. The hexagonal grip supports controlled two‑hand leverage.
Hibbs osteotome, straight 25mm blade with hexagonal handle, addresses the largest orthopedic and spinal osteotomy requirements where broad sectioning improves turnover and precision. The 25mm cutting surface minimizes blow count during major reconstruction. The hexagonal handle sustains surgeon control during sustained impact sequences.
The Hibbs osteotome (straight, 38mm) delivers a wide straight blade with hexagonal handle for efficient cortical bone division in spinal fusion and vertebral body work. The 240mm extended length permits reach to deep lumbar levels, while the hexagonal grip provides rotational control and comfort during hammer‑driven bone cutting. This eponymous pattern remains standard for posterior spinal fusion.
This Hibbs osteotome presents 32mm straight geometry with a hexagonal handle for large‑area bone work in orthopedic exposures. The wide blade sweeps periosteum and cancellous bone efficiently, while the hexagonal grip prevents rotational torque during vigorous lifting. The 240mm length delivers stability across extended surgical fields.
The Hibbs osteotome at 28mm width with straight geometry and hexagonal handle addresses larger‑scale orthopedic bone work requiring direct force application. The broad blade covers substantial vertebral body and periosteal areas in a single stroke, while the hexagonal grip maintains control during two‑hand elevation in expansive fields. The 240mm length provides extended reach.
Hibbs osteotome, straight 13mm edge with hexagonal handle, performs mid‑size bone sectioning in spinal exposure and orthopedic reconstruction. The wider cutting surface expands coverage while hexagonal handle maintains grip security during high‑impact work. The 240mm reach supports deep surgical fields.
Hibbs osteotome, straight 6mm edge with hexagonal handle, delivers precise vertebral and skeletal bone work during spinal and orthopedic reconstruction. The hexagonal grip prevents rotation during mallet impact and sustains surgeon control through extended osteotomy sequences. The 240mm length enables deep spinal field access.
This Hibbs osteotome delivers straight geometry at 10mm width with a hexagonal handle, suited to direct perpendicular bone cuts in spinal work. The straight profile eliminates hidden dissection and allows clear visualization of the vertebral body and laminar surfaces. The hexagonal grip distributes rotational forces evenly, reducing hand fatigue during extended elevation procedures.
Hibbs osteotome, straight 22mm wide blade with hexagonal handle, executes broad vertebral and skeletal osteotomies with single or few mallet strikes. The expansive cutting surface improves operative efficiency during major bone reconstruction. The hexagonal handle distributes impact force across surgeon hand.
This retractor features sharp teeth on a 25 × 100mm blade engineered for deep vertebral body and laminar retraction during spine exposure. The tooth pattern bites securely into bone edges and periosteum, maintaining exposure of the posterior elements and lamina without manual force. Stainless steel blade resists fatigue cracking under the prolonged tension of intraoperative retraction.
The Hibbs retractor features sharp teeth on a 25 × 75mm (1 × 3 inch) blade for secure fixation of soft tissue and periosteum during spinal and orthopedic exposures. The sharp tooth pattern grips fascia and muscle margin without slipping, anchoring the operative field hands-free while deeper structures remain accessible. Its 241mm overall length and straight profile provide stable leverage and unobstructed visualization of the vertebral lamina and posterior elements.
The Hibbs solid brass mallet at 17.2 ounces with a 38mm head delivers heavy strikes on osteotomes, chisels, and gouges. The solid brass head transfers full impact energy to the working face, and the round‑handle 229mm body keeps the grip clear of the impact zone.
The Hibbs solid brass mallet at 18 ounces with a 38mm head delivers heavier strikes on gouges, chisels, and osteotomes than the lighter lead‑filled variants. The solid brass head transfers full impact energy to the working face, and the round handle preserves the surgeon's grip under sustained mallet work.
Hoke chisel with a 13mm straight head and hexagonal handle delivers controlled bone sculpting in confined anatomical spaces where fine chisel control is essential. The ergonomic hexagonal grip prevents rotational slipping during hammer work, while the 133mm total length and stainless steel construction ensure reliable repeated use.
This Hoke chisel, 6mm wide with a hexagonal handle and 133mm overall length, provides compact precision for intricate bone work in foot, ankle, and small-joint procedures. The hexagonal handle improves rotational control and reduces hand fatigue during detailed cuts. Straight blade geometry and short length facilitate controlled mallet-strike delivery in confined fields.
Hoke chisel, straight 4mm edge with hexagonal handle, delivers controlled bone sculpting and detail work during orthopedic reconstruction. The compact 133mm length provides precision positioning in tight surgical fields. The hexagonal grip resists rotation during mallet strikes.
This Hoke chisel features a larger 19mm straight head with a hexagonal handle, optimized for broader bone sculpting and shaping work in vertebral body and facet preparations. The hexagonal profile resists rotational torque during mallet strikes, while stainless steel and the 133mm length provide reliability across repeated surgical use.
The Hoke chisel pairs a 10mm (3/8") straight cutting head with a hexagonal handle on a 133mm body, sized for moderate‑width cortical cuts in compact orthopedic fields. The hexagonal handle resists rolling under mallet impact, and the moderate cutting width balances coverage with control.
Hoke chisel with a 16mm straight head and hexagonal handle is sized for intermediate bone sculpting and periosteal stripping work during spinal and orthopedic procedures. The non-slip hexagonal handle ensures proper grip during hammer delivery, and stainless steel construction delivers lasting durability.
The curved 16mm Hoke osteotome accommodates larger bone segments and follows the anatomy of curved bone surfaces during intramedullary canal preparation and articular osteotomy. The hexagonal handle provides secure grip during forceful strikes, while the wider blade distributes force across larger bone areas, reducing stress concentration at cortical margins. Stainless steel construction maintains edge sharpness throughout extended procedures.
The Hoke osteotome, curved with a hexagonal handle, provides controlled cutting through bone during orthopaedic procedures requiring angled approach geometry. The 19mm wide blade and 152mm length support comfortable positioning, while the knurled hexagon handle ensures grip stability during hammer-driven cutting. Stainless steel construction sustains edge quality across repeated sterilization.
Hoke osteotome with a 13mm straight cutting edge provides broader cutting width for cortical bone and vertebral body sectioning during spinal access and fusion procedures. The straight profile creates clean osteotomy margins, and the 133mm compact length maintains control throughout use.
This Hoke osteotome in 6mm width combines a straight sharp blade with a compact 133mm length for controlled bone-cutting in confined orthopaedic fields. The straight geometry delivers direct force along periosteal planes, and the shorter shaft improves tactile control during foot and hand procedures. Stainless steel composition sustains routine sterilization.
The delicate Hoke osteotome, just 3mm wide with straight geometry and 133mm length, enables precision bone work in confined anatomical spaces, particularly in foot and ankle procedures and fine spinal decompressions. Its narrow blade penetrates compact and cancellous bone without creating stress fractures in adjacent structures. Compact overall length supports fingertip control in tight exposure zones.
The Hoke osteotome delivers controlled cutting force for bone shaping during corrective and reconstruction procedures. Its 13mm blade width concentrates osteotomy power efficiently, while the hexagonal handle ensures firm grip during mallet strikes. At 152mm overall length, the compact design supports precise control in confined anatomical spaces.
The Hoke osteotome at 4mm (3/16") wide and straight at 133mm makes narrow cortical cuts during foot, ankle, and hand orthopedic work. The compact length keeps the working face within fingertip control, and the planar edge produces a controlled cut under mallet impact.