SINUS MEMBRANE DETACHER Black Titanium

The Sinus Membrane Detacher Black Titanium (LS9-162) is a double-ended instrument with a 5mm ball-dome tip on one end and a 3mm thin curved probe tip on the opposite end, both coated in physical vapor deposition black titanium nitride. Companion instruments LS9-163, LS9-164, and LS9-165 are black titanium-coated sinus lift elevators carrying progressively deeper curved and hooked working ends; from a shallow angled elevator on LS9-163 to a broad deep hook profile on LS9-165, all mounted on fully knurled stainless-steel handles.

Black titanium nitride coating delivers a surface hardness of approximately 2,300 HV, significantly exceeding bare stainless steel, which reduces working tip deformation under repeated membrane detachment forces. The coating is biocompatible, non-reflective under surgical lighting, and withstands autoclave sterilization at 134°C without adhesion failure or surface degradation. The knurled handle runs the full grip zone, and the dual-end configuration on each instrument eliminates mid-procedure tray changes across all four pieces.

An oral and maxillofacial surgeon or implantologist uses this Sinus Membrane Detacher Black Titanium during lateral window sinus augmentation. The surgeon applies the 5mm dome tip to initiate atraumatic Schneiderian membrane detachment from the sinus floor, uses the 3mm probe end for narrow anterior access, then advances through LS9-163 to LS9-165’s graduated elevator profiles to fully elevate and reflect the membrane across posterior and lateral sinus wall zones before graft placement.

Surgeons selecting complete Sinus Lift Instruments from the sinus black zone titanium line will find that Leader Surgical has constructed this four-instrument sequence with a logical tip progression; from initial membrane contact through full posterior elevation, so every detachment and reflection stage is covered without instrument substitution.

What makes “Black Titanium” different from standard stainless steel?
The Black Titanium coating (typically Titanium Aluminum Nitride) makes the instruments up to 10 times harder than stainless steel. It provides a non-reflective surface that reduces eye fatigue under bright surgical lights and offers a stark contrast against blood and tissue for better visibility.