Freeman facelift (Rhytidectomy) scissors 7 curved Superior-Cut blades micro serrated lower blade blunt flattened tips black ring handle

Controlled Cutting for Facelift and Soft-Tissue Workflows

Freeman facelift (rhytidectomy) scissors are 7-inch surgical scissors intended for controlled cutting and tissue handling in facelift procedures and related soft-tissue workflows. Their curved profile, Superior-Cut blades, micro-serrated lower blade, and blunt flattened tips support practical instrument handling where access, visibility, and careful manipulation matter. The black ring handle provides a clear grip point during General Surgery, Neurosurgery, and Plastic Surgery workflows. Designed for professional use, this configuration offers a task-focused option for clinicians seeking a dedicated rhytidectomy scissors pattern rather than a general-purpose cutting instrument.

Use Cases

• Facelift and rhytidectomy workflows requiring a dedicated scissors pattern for controlled soft-tissue cutting and handling.
• Plastic Surgery procedures involving facial and other soft-tissue work where curved scissors and blunt flattened tips are relevant to instrument positioning.
• General Surgery workflows requiring surgical scissors for soft-tissue cutting and manipulation.
• Neurosurgery workflows where a 7-inch scissors format may support access and handling within the operative field, subject to clinician judgment and facility protocol.

Specifications

Care & Reprocessing

• Clean and reprocess according to the facility's established protocol and the applicable instrument instructions for use.
• Inspect the curved blades, micro-serrated lower blade, blunt flattened tips, and black ring handle before and after use for visible damage or impaired function.
• Handle the blades carefully during transport, cleaning, and storage to help protect the cutting edges and tip profile.
• Store the scissors in a manner that prevents contact damage to the blades and supports orderly instrument handling.

Specifications

General use; follow facility protocols.