Daniel Endoforehead Elevator Quarter Curved

The Daniel Endoforehead Elevator from Delta Med Surgical is engineered to bridge the gap between delicate handling and powerful elevation. During a brow lift, the periosteum must be separated from the skull with extreme care to avoid tearing the tissue or damaging the supraorbital nerves. Our Quarter Curved design follows the natural anatomical arc of the forehead, allowing the surgeon to maintain constant contact with the bone for a cleaner, bloodless dissection.

Key Performance Features

• Quarter-Curved Anatomical Blade: The specific 25% arc (Quarter Curve) is mathematically optimized to glide over the forehead’s curvature. This ensures that the pressure is distributed evenly, preventing "digging" into the bone or skipping over the periosteum.
• Extended 23.5cm (9.25") Reach: The long shaft is essential for endoscopic work, allowing the surgeon to reach the orbital rim and the glabella from incisions located well behind the hairline.
• Semi-Sharp Precision Tip: The tip is hand-honed to a fine "semi-sharp" edge—sharp enough to initiate the dissection at the incision site, yet blunt enough to safely lift the periosteum in a single, continuous sheet.
• Ergonomic Solid Handle: Features a weighted, balanced handle that provides the surgeon with maximum leverage. The satin-finished grip ensures a secure hold, even when working with surgical fluids.

The Delta Med Surgical Quality Standard

Forged from Premium Operating Room Grade German Stainless Steel, this elevator is designed to retain its edge and curvature through years of high-volume clinical use. It is fully autoclavable (134°C), corrosion-resistant, and manufactured under strict CE, ISO 13485, and FDA guidelines.

3. Technical Specifications

• H1: Daniel Endoforehead Elevator – 9 1/4" (23.5cm) Quarter Curved
• H2: Superior Sub-Periosteal Elevation for Endoscopic Aesthetic Procedures
• H3: Quarter-Curved Tip for Anatomical Precision and Tissue Safety
• H2: German Steel Engineering: The Professional Choice for Endoscopic Dissection