Miltex® Converse (Gillies) Skin Hook - 7" (180mm), Small
Precision Retraction for Delicate Surgical Procedures

The Miltex® Converse (Gillies) Skin Hook, 7" (180mm) is a finely crafted surgical instrument designed for controlled, atraumatic manipulation of skin and superficial tissue. Commonly used in plastic, reconstructive, and ENT procedures, this single sharp hook provides excellent grip with minimal tissue disruption, making it ideal for precision-driven surgical environments.

Key Features

• Sharp, Single Hook Design: Enables secure engagement of skin edges with reduced slippage and improved control
• Atraumatic Tissue Handling: Minimizes tissue trauma compared to forceps while maintaining optimal retraction
• 7" (180mm) Length: Offers balanced reach and maneuverability in both open and confined surgical fields
• Ergonomic Control: Slim shaft allows for precise handling during delicate procedures
• German Manufacturing: High-quality craftsmanship ensures durability, consistency, and long-term performance

Clinical Applications

• Tissue Retraction: Elevates and stabilizes skin edges during incisions and dissections
• Wound Closure Support: Holds flaps in position for accurate suturing and improved cosmetic outcomes
• Plastic & Reconstructive Surgery: Frequently used in procedures such as facelifts, rhinoplasty, and scar revisions
• ENT Procedures: Ideal for fine tissue manipulation in head and neck surgeries
• Facial & Hand Surgery: Provides controlled access in small, delicate anatomical areas

Specifications

• Instrument Type: Skin Hook (Converse / Gillies Pattern)
• Size: Small
• Length: 7" (180mm)
• Tip Configuration: Single sharp hook
• Material: Surgical-grade stainless steel
• Country of Origin: Germany
• Collection: Surgical
• Franchise: Surgical Instruments
• Therapeutic Specialty: Dermal
• Brand: Miltex® Instruments

Widely used in hospitals, surgical centers, and specialty clinics across North America, this Miltex® skin hook supports surgeons performing dermal, cosmetic, and ENT procedures requiring high precision and minimal tissue trauma.