Daniel Endoforehead Hook Scissors

The Daniel Endoforehead Hook Scissors from Delta Med Surgical solve a major challenge in endoscopic forehead surgery: identifying and cutting specific tissue without damaging the surrounding nerves. The Hook-Tip allows the surgeon to reach behind a muscle or ligament, pull it away from the bone or nerve bundle, and then deploy the cutting action. This "hook-and-cut" technique is the safest way to ensure a complete release of the brow-depressors.

Key Performance Features

• Functional Hook-Blade Tip: The specialized hook shape acts as a temporary retractor and stabilizer. Once the target tissue is "hooked," the scissors provide a precise shear, eliminating the risk of the instrument slipping off the tissue.
• Malleable Shaft Technology: The 15cm shaft is hand-bendable, allowing for anatomical adjustments. This is critical for reaching the medial glabella or lateral orbital rim through different port entries without stressing the skin incisions.
• Straight Blade Configuration: While the shaft is malleable, the blades maintain a straight profile to ensure a predictable, 1:1 cutting force, essential for thick corrugator muscle resection.
• Low-Profile Design: The slim diameter of the instrument is optimized for $4$ mm endoscope sheaths, ensuring that the instrument and the camera can work simultaneously in the sub-periosteal tunnel.

The Delta Med Surgical Quality Standard

Forged from Premium Operating Room Grade German Stainless Steel, these scissors are engineered for edge retention and durability. The non-reflective satin finish ensures that light from the endoscope does not cause "white-out" on the monitor. They are fully autoclavable (134°C) and manufactured under strict CE, ISO 13485, and FDA guidelines.

3. Technical Specifications

• H1: Daniel Endoforehead Hook Scissors – 15cm Malleable
• H2: Secure Muscle Isolation and Clean Resection for Brow Lifts
• H3: Malleable Shaft for Enhanced Endoscopic Maneuverability
• H2: German Steel Engineering: The Professional Safety Choice for Facial Surgery