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This Dawson‑Yuhl key elevator features a 1in blade with a 279mm overall length for controlled elevation of periosteal and bony structures.
Features & Benefits
The Langenbeck periosteal elevator presents a straight 17mm broad edge on a 197mm frame for stripping periosteum off cortical bone in orthopedic and trauma exposures. The wide blade clears periosteum efficiently from femoral shaft, tibial crest, and similar long‑bone surfaces in one pass. Stainless steel construction endures repeat autoclave cycles between cases.
The Adson periosteal elevator with curved geometry and 7mm round tear‑drop blunt tip is designed for controlled periosteal stripping and subperiosteal dissection during bone exposure. The curved architecture follows periosteal planes without penetrating underlying cortex, while the blunt tip prevents accidental soft tissue perforation. At 171mm, the blade length suits spinal and extremity approaches.
Shaped for periosteal elevation, the Adson elevator presents a curved 7mm round teardrop blade with a semi‑sharp edge that slips between periosteum and cortical bone with minimal tearing. The curvature follows the contour of long bones for clean stripping along the diaphyseal surface, and the 171mm overall length gives the surgeon controlled palm‑grip leverage. Stainless‑steel construction maintains the edge through routine resharpening.
This Adson periosteal elevator presents a semi-sharp straight blade measuring 7mm wide, designed for controlled elevation of periosteum from cortical bone surfaces during orthopedic exposure. The 171mm length and tear-drop blade geometry support delicate soft tissue separation along the periosteum and fascia.
The Adson periosteal elevator chisel combines a flat working surface with Adson‑pattern geometry for controlled elevation and separation of periosteum from cortical bone. The chisel‑style tip transitions smoothly between cortical surfaces during bone exposure and fascial plane dissection. Stainless steel maintains edge integrity across extended periosteal stripping work.
The Allerdyce elevator dissector, double-ended with 8mm semi-sharp and blunt blades and 191mm overall length, supports versatile subperiosteal dissection across orthopedic soft tissue and bone work. Semi-sharp end initiates dissection planes while blunt end protects underlying structures during final separation. Compact double-ended design reduces instrument inventory while enabling varied tissue approach.
The extra large Chandler elevator extends periosteal elevation reach to 254mm, accommodating lengthy orthopedic exposures in the femur, tibia, and humerus where standard instruments leave blind zones. The straight blade geometry concentrates force linearly along the bone shaft, separating the periosteum without lateral shear that might damage adjacent soft tissue and the intramedullary canal entrance. Stainless steel blade withstands repetitive force application in extensive cases.
This large Chandler bone elevator features a straight blade geometry suited to forceful elevation of periosteum from cortical bone during extensive orthopedic exposures and intramedullary canal preparation. The substantial blade length (229mm overall) distributes effort across a wide arc, reducing point stress on the periosteal attachment and minimizing tearing at the bone margin. Stainless steel construction supports durability across high‑force repetitive use.
The Chandler bone elevator features a 12mm straight blade for broad, atraumatic soft-tissue and periosteal separation during orthopedic dissection. Its 200mm length provides excellent reach and mechanical advantage for elevating fascia and periosteum away from underlying bone surfaces. Stainless steel maintains clean gliding during repetitive use.
The Chandler small bone elevator features a straight working blade optimized for controlled elevation and separation of soft tissue planes from cortical bone surfaces. The compact 178mm length enables precise manipulation in confined surgical spaces during fracture reduction and bone exposure. Stainless steel construction withstands lever‑force applications without deformation.
Chandler elevators raise periosteum and lift soft tissue off bone during orthopedic and spinal exposure. This straight blunt blade widens from a 17mm tip to a 25mm maximum, giving the surgeon a graduated working surface against periosteal planes while the 229mm overall length carries the working end into deeper fields. The blunt edge protects underlying soft tissue against sharp avulsion.
This Chandler elevator features a blunt 8mm tip and straight profile for controlled elevation and dissection of periosteum and soft tissue during orthopedic approaches. The 191mm length balances reach with control during bone exposure and fracture site preparation. The blunt working edge protects underlying structures while enabling reliable periosteal elevation.
The Cobb spinal elevator features a sharp 19mm round blade for controlled elevation and dissection of the periosteum from vertebral laminae and transverse processes. The hexagonal knurled handle provides secure grip during subtle leverage motions, while the 241mm length reaches deep lumbar and lower thoracic regions. Sharp working edge enables precise separation at the bone‑tissue interface.
This Cobb spinal elevator combines a sharp 25mm round blade with a hexagonal handle, engineered for controlled vertebral body and endplate elevation during spinal decompression and fusion work. At 241mm, the overall length provides ample surgical reach into deep spinal exposures.
The Cobb spinal elevator, 25mm wide and 280mm long, is engineered for controlled subperiosteal dissection and elevation of bone from the vertebral body and lamina during spinal procedures. Its sharp working edge penetrates the periosteal interface cleanly, facilitating the separation of soft tissue from bony surfaces without stripping. The straight geometry and extended length enable access to deep spinal exposures with minimal lateral tissue trauma.
The Cobb spinal elevator in 32mm width extends instrumentation for broader subperiosteal exposure along posterior spinal elements. Its sharp edge and 280mm shaft support controlled elevation over multiple vertebral segments during fusion and decompression cases. Stainless steel construction ensures lasting durability across high-volume sterilization protocols.
This Cobb spinal elevator features a sharp, 13mm-wide blade for controlled subperiosteal dissection along the vertebral column. The straight geometry and 280mm length provide stable depth access during spine fusion and decompression procedures. Stainless steel construction withstands repeated sterilization cycles and delivers predictable, sharp lift at the bone-periosteum interface.
The Cobb spinal elevator, 19mm with sharp blade, provides controlled periosteal and soft tissue elevation during vertebral decompression and spinal fusion preparation. Extended 280mm length improves reach to deep structures and preserves bone margin integrity. Stainless steel delivers reliable performance and edge retention across repeated surgical cases.
The Cobb spinal elevator delivers a sharp 10mm blade in straight geometry for precise bone edge elevation during vertebral body and laminar dissection. The sharp working edge cleanly separates periosteum and ligament from bone, and the 280mm extended length provides excellent reach into the surgical field while the handles remain accessible from proximal positions. Designed for reliable repeated sterilization.
This full-curve Crego periosteal elevator with a 15mm blunt edge facilitates periosteal stripping from cortical bone during orthopedic exposure. The standard curve geometry follows natural bone contours, enabling atraumatic lift while the 191mm length supports extended reach without flexion. Stainless steel withstands routine reprocessing and clinical demand.
This narrow 7mm Crego full-curve periosteal elevator excels in high-precision dissection where fine contouring of periosteal flaps is critical. The standard curve geometry mirrors bone surface contours, while the blunt edge prevents inadvertent periosteal or periosteal membrane injury during lamina and spinous process work. The 197mm length extends reach for deeper exposures.
Crego gentle-curve periosteal elevator with 15mm blunt edge offers controlled periosteal lift in anatomical planes where softer curvature preserves underlying capsular and vascular structures. The moderate curve accommodates varied bone surface geometry, and the 191mm length ensures adequate reach for proximal and shaft work. Stainless steel maintains edge durability through repeated use.
This narrow Cushing elevator incorporates an 8mm sharp blade with a 197mm length for precise soft‑tissue dissection.
This small Cushing elevator features blunt 6mm blades with a 184mm total length for delicate tissue elevation.
The Cushing periosteal elevator with 15mm sharp blade and curved architecture is engineered for aggressive periosteal stripping and fascia elevation in large‑field bone exposures. The sharp cutting edge efficiently separates periosteum and fascia from cortical bone, while the curved profile follows anatomic planes. At 191mm, the length provides excellent reach in abdominal and spinal approaches.
The extra‑small Darrach elevator at 8.6 × 44mm with a slight curve carries the same lift geometry as the larger sizes scaled down to the smallest field. The narrow blade suits delicate periosteal work in hand, foot, and small‑bone orthopedic exposures.
Built at 16 × 48mm, the medium Darrach elevator sits between the small and large variants for moderate‑to‑broader periosteal lift in foot, ankle, and small‑bone orthopedic work. The slight curve tracks the bone contour, and the cross‑serrated handle resists slip.
Sized at 12 × 44mm, the small Darrach elevator scales between the extra‑small and medium variants for moderate periosteal lift in hand and small‑bone orthopedic work. The slight curve and cross‑serrated handle preserve a positive grip during sustained lifting.
The large Darrach elevator carries a slightly curved 25 × 38mm bulbous working end on a 132mm working shaft, sized for periosteal elevation along major bone surfaces in orthopedic exposure. The bulbous distal end lifts periosteum without cutting, preserving the underlying cortical surface.