Showing 1–12 of 18 resultsSorted by latest

Showing 1–12 of 18 resultsSorted by latest

Atraumatic Mucoperiosteal Flap Elevation & Ridge Exposure

Preserving the vascularity and structural integrity of the periosteum is essential for rapid wound healing, predictable flap closure, and post-operative graft retention. Our range of dental periosteal elevators features dedicated double-ended and single-ended patterns engineered for specific anatomical zones and flap designs:

  • Molt No. 9 Periosteal Elevator: The clinical standard for oral surgery, featuring a sharp pointed end for initial papilla and gingival margin release paired with a broad, curved paddle for atraumatic full-thickness flap elevation.

  • Prichard Elevator: Engineered with a wide, rounded paddle suited for retracting and protecting the elevated mucoperiosteal flap during decortication and implant drilling, alongside a fine chisel tip for interdental release.

  • Buser & Micro-Periosteal Elevators: Delicate, finely honed tips (2 mm to 3 mm) designed for microsurgical access, tunneling techniques, and minimally invasive crestal flap reflections around aesthetic anterior sites.

  • Goldman-Fox & Allen Elevators: Curved working ends optimized for tunneling, subperiosteal pocket preparation, and contouring graft membranes without inducing tissue perforations.

Material Integrity, Ergonomics & Sterilisation Protocols

  • High-Purity Surgical Stainless Steel: Precision-ground edges retain blade sharpness across dense cortical bone without rolling, pitting, or dulling prematurely.

  • Ergonomic Hollow & Knurled Handles: Balanced cylindrical designs reduce grip strain during lengthy flap elevations while maximizing tactile sensitivity under wet operatory conditions.

  • Glare-Resistant Satin Finish: Minimizes harsh light reflection under surgical operatory overheads to prevent eye fatigue.

  • Decontamination & Autoclave Standards: Fully compliant with automated thermal washer-disinfectors and steam autoclaves up to 134°C, maintaining edge geometry and corrosion resistance across demanding reprocessing cycles.