Introduction of Cottle Elevator Single Ended 19cm, 10mm / 8mm
The Cottle Single Ended Elevator is a dependable pick for delicate facial and plastic surgery. Crafted from Premium Quality German Stainless Steel, this surgical instrument pairs precision with real durability. It holds a keen working edge through repeated procedures without complaint.
Surgeons value how smoothly it moves against periosteum. The tapered tip can slip underneath the membrane and lift it from bone. Its single ended design keeps handling simple, while a steady tunneling stroke frees soft tissue cleanly along the plane.
At a working Length of 19cm, this elevator offers comfortable reach without feeling unwieldy. The chosen material resists corrosion and staining well. That keeps the instrument reliable across countless facial surgery cases where steady consistency genuinely matters most to the operating surgeon.
Ideal Features of Cottle Elevator
The Cottle Single Ended Elevator carries one working tip forged from German Stainless Steel material, a corrosion-resistant alloy that holds its shape under repeated sterilisation. Its refined blade slides beneath delicate planes without dragging, keeping dissection controlled and predictable from first contact.
At 10 mm/8mm, the blade width suits plastic surgery where tissue must part cleanly. A gentle curved contour lets the blades follow bony anatomy, gliding along the surface so the practitioner separates layers with minimal resistance and steady, deliberate pressure.
Unlike stubby elevators, this reach favours extending distances, producing a smooth tunneling effect beneath the skin. A broad area of tissue can be lifted in one controlled pass, making Cottle elevators reliable whenever a large area demands an even, atraumatic release.
Unlike double ended variants offering two tips, this single-ended design commits fully to one purpose. The 10 mm and 8mm dimensions define a versatile working width, while the absence of curved blades along both faces keeps handling simple, letting surgeons focus control precisely where dissection genuinely demands steady, repeatable, atraumatic precision.



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