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The Dawson-Yuhl key elevator presents a 19mm blade designed for controlled lever-based bone elevation and movement during orthopaedic procedures. At 280mm overall length, it provides extended leverage for manipulating fracture fragments and lifting periosteum from bone surfaces. Stainless steel construction supports repeated use in routine and revision cases.
Features & Benefits
This Dingman zygoma elevator provides specific geometry for lifting and repositioning displaced zygomatic fractures during facial reduction. The straight 222mm design delivers sustained elevation force without excessive leverage that could damage adjacent soft tissue or periosteum. Stainless steel construction remains reliable through repeated sterilization and clinical use.
This periosteal raspatory with curved edge and sharp 13mm blade strips periosteum cleanly from cortical bone during vertebral body and long‑bone exposure. The curved design allows the surgeon to work tangentially to bone surfaces, minimizing chatter and preserving periosteal viability. Stainless steel blade maintains edge sharpness across multiple reprocessing cycles.
The Farabeuf periosteal raspatory features a 13mm curved blade with sharp working edge optimized for elevating periosteum away from cortical bone. The curved geometry follows the natural contour of bone surfaces, allowing controlled stripping without excessive soft tissue trauma. Stainless steel construction maintains edge acuity across repeated use during extensive bone exposure.
The Hays phalangeal elevator features a 5mm angled blade designed for controlled elevation and dissection around metacarpal, metatarsal, and phalangeal anatomy in hand and foot surgery. At 130mm length, the compact instrument allows precise subperiosteal stripping and soft-tissue mobilization without excessive force. The angled blade geometry improves approach angles to bone and ligament insertion sites on narrow digits.
The Jansen elevator features a 16mm blade geometry optimized for controlled elevation and mobilization of periosteum and soft tissues during bone exposure procedures. The broad blade surface distributes lifting force across tissue planes while minimizing focal trauma. Stainless steel construction ensures durability and precision across repeated surgical applications.
The Karlin Magnum Cobb elevator is a large-format instrument with a 25mm wide blade and XL (1.25-inch/32mm) handle diameter for robust bone elevation during vertebral decompression and osteophyte removal. At 13.25 inches (337mm) overall length, it provides extended reach in deep lumbar and thoracic fields. The straight blade geometry delivers reliable periosteal stripping and maintains structural integrity under high lift forces.
Key periosteal elevator in its broader 25mm sharp configuration, mounted on a 210mm shaft for periosteal stripping along long bones and broader cortical surfaces. The sharp leading edge cuts cleanly through the periosteum to start the dissection, and the 25mm width clears a wide swath in fewer passes. Stainless steel construction supports repeat orthopedic‑set sterilization.
This Key periosteal elevator combines a sharp 19mm working width with a straight profile for controlled periosteal stripping and bone exposure in orthopedic procedures. The sharp edge penetrates the periosteal envelope cleanly, minimizing soft‑tissue trauma and supporting atraumatic bone surface preparation. At 200mm, it provides reach and leverage across moderate‑depth surgical fields.
Key periosteal elevator with sharp 12.5mm blade delivers controlled subperiosteal dissection and periosteal stripping on long bones and the spine. The 191mm length provides stable leverage during elevation from the tibia, femur, and humerus. Stainless steel ensures durable performance and edge retention across repeated surgical use.
The Key periosteal elevator delivers a sharp 6mm blade in straight geometry for controlled subperiosteal stripping along the tibia, fibula, and other long bones. The 184mm length suits standard open approaches, while the sharp blade edge engages the periosteum with minimal resistance. This eponymous pattern remains a fundamental tool for initial bone exposure.
The Key periosteal elevator combines a sharp 3mm tip with a 184mm frame for fine periosteal stripping along narrow bone surfaces such as phalanges, metacarpals, and small‑joint margins. The sharp edge starts the periosteal lift cleanly without tearing surrounding fascia, and the slim 3mm blade fits between adjacent structures. Stainless steel construction holds up across repeat reprocessing.
Key periosteal elevator with sharp 9.5mm blade delivers controlled subperiosteal dissection and periosteal stripping on long bones and the spine. The 191mm length provides stable leverage during elevation from the tibia, femur, and humerus. Stainless steel ensures durable performance and edge retention across repeated surgical use.
Langenbeck periosteal elevator with a blunt 6mm narrow edge designed for controlled elevation of periosteum during bone exposure. The straight geometry and compact 197mm length enable precision work in confined anatomical spaces while protecting underlying soft tissue from trauma. Stainless steel construction delivers lasting durability across repeated sterilization cycles.
A single‑ended Locke elevator with a 114mm overall length suits compact periosteal and soft‑tissue elevation in podiatric and small‑bone exposures. The straight shaft delivers a direct line of force from the handle to the working edge, useful for clean separation of periosteum from cortical bone. Stainless‑steel construction tolerates repeat sharpening and sterilization.
Extending the platform to 127mm, this single‑ended Locke elevator gives the surgeon a longer reach for periosteal lifting along the metatarsal shaft and small long bones. The straight profile preserves a direct force vector from handle to edge during stripping. Stainless‑steel construction sustains the cutting profile through repeat reprocessing.
The Love‑Adson periosteal elevator combines a slender 6.5mm blade with straight geometry for delicate periosteal stripping along the spine and long bones. The 165mm length permits reach into moderate‑depth exposures while maintaining fingertip control. This eponymous pattern reflects proven technique for atraumatic subperiosteal dissection and soft‑tissue mobilization.
Designed for forefoot work, the McGlamry metatarsal elevator carries a sharp 11mm curved‑up blade that slips beneath the metatarsal head to free plantar capsule and surrounding soft tissue before osteotomy. The upward curvature seats against the inferior cortex, and the 165mm length supplies controlled leverage from outside the surgical field. Stainless‑steel construction sustains the sharpened edge through repeat use.
This metatarsal elevator with sharp 13mm blade and upward curve accesses and lifts the periosteum from metatarsal heads during forefoot procedures. The curved geometry positions the blade tangentially to bone, enabling clean separation without crushing soft‑tissue attachments. Stainless steel maintains edge sharpness essential for precise periosteal work.
The McGlamry metatarsal elevator combines a 15mm wide curved blade with sharp working edge for controlled elevation of soft tissue attachments around metatarsal bone. The upward curve geometry improves approach angle to deeper soft tissue planes during forefoot surgery. Sharp edge facilitates clean dissection of fascial and ligamentous attachments without crushing.
This wider metatarsal elevator with 17mm sharp blade accesses larger metatarsal surfaces and extended periosteal regions during midfoot and hindfoot procedures. The curved upward geometry maintains tangential approach to bone, while the larger blade area distributes lifting force across broader periosteal attachments. Stainless steel construction supports repeated sterilization.
This McGlamry metatarsal elevator presents a sharp, slightly curved 9mm wide blade measuring 165mm in length, designed for controlled elevation and periosteal stripping during foot and ankle orthopedic work. The curved geometry improves angle of approach to metatarsal shafts and joint surfaces.
This metatarsal elevator features a 9mm width for controlled separation of metatarsal heads during forefoot surgery and bunion work. The straight 165mm handle supports precision at the forefoot, and stainless steel construction withstands repeated use in the saline‑rich surgical environment.
The Molt elevator Size 9 provides fine straight-blade geometry for controlled periosteal elevation during orthopedic dissection and dentoalveolar work. The narrow profile enters subperiosteal planes with minimal soft-tissue disruption, while the 191mm length supplies balanced leverage for bone exposure. Stainless steel construction supports reliable performance across repeated clinical procedures.
The Molt #9 periosteal elevator pairs 6.1mm and 7.2mm working tips on a double‑ended 184mm body, sized for dental and oral surgical periosteal lift. The graded tip widths allow the surgeon to step between the smaller and larger working faces as the lift progresses.
The Obwegeser periosteal elevator with 11mm blade provides controlled separation of periosteum from bone surfaces during orthopaedic exposures and fracture preparations. The flat blade geometry allows sweeping motions along the bone-periosteum interface, while stainless steel construction maintains edge integrity and corrosion resistance across routine sterilization and use.
This Obwegeser periosteal elevator uses a 6mm tip and a 180mm length for fine periosteal lifting.
This Obwegeser periosteal elevator features a 9mm tip with an 80mm compact length for controlled elevation in confined spaces.
This Obwegeser periosteal stripper features a 5mm tip with a 205mm overall length to support controlled periosteal elevation in maxillofacial procedures.
The Overholt periosteal elevator doubles utility through its two distinct ends, lifting periosteum from cortical and cancellous bone during exposure and soft‑tissue dissection. Size 3 designation indicates moderate width suited to standard fracture and spinal approaches. Its double‑ended design reduces instrument count.