Description
Additional Information
The Surgical Green's Cottle-Masing Plastic Surgery Scissors are expertly designed for precision and control in plastic and reconstructive surgeries. With a combination of blunt and sharp-angled tips, these scissors provide the versatility needed for both delicate and firm tissue dissection.
Key Features
-
Dual-Tip Design (Blunt & Sharp):
Enables efficient and accurate dissection of cartilage, fibrous tissue, and sutures during rhinoplasty and other aesthetic procedures. -
Smooth Outer Edges:
Allow gentle insertion into confined or narrow spaces while reducing the risk of unintentional tissue damage. -
Sturdy, Short Jaws:
Offer enhanced stability and precise cutting control, especially in restricted surgical fields. The short blade-to-shank ratio provides improved maneuverability and accuracy. -
Supercut Version Available:
Includes finely serrated blades that securely grasp slippery tissues, preventing tearing or trauma to surrounding areas while ensuring precise dissection. -
Optional Tungsten Carbide (TC) Variant:
Provides superior sharpness retention, durability, and long-lasting cutting performance. -
Ergonomic and Streamlined Design:
Lightweight construction and comfortable ring handles with 10.5cm in total length, enhances grip and control, reducing hand strain during extended surgical use.
Construction and Quality
Manufactured from premium-grade stainless steel with a satin, glare-free finish, the Cottle-Masing Scissors ensure precision, durability, and comfort. Fully sterilizable and reusable, they meet the highest standards for surgical reliability.
Applications
- Rhinoplasty and nasal reconstruction
- Facial plastic and reconstructive surgery
- Cartilage and fibrous tissue dissection
- General plastic surgery procedures
Experience unmatched precision and control with the Cottle-Masing Plastic Surgery Scissors from Surgical Green—crafted for excellence, safety, and long-term performance.
Tip Profile:Blunt/Blunt, Sharp/Sharp
Scissor Type:Ceramic Cut, Super Cut, Tungsten Carbide

