Adson Forceps 12 cm 1×2 Teeth – Precision Surgical Forceps

The Adson Forceps 12 cm 1x2T are designed for precise tissue handling, providing medical professionals with exceptional control, stability, and minimal trauma. These forceps are essential tools for surgical, dental, and dermatological procedures.

Key Features:

• Length: 12 cm – ideal for delicate procedures and easy maneuverability

• Teeth Design: 1×2 teeth for secure tissue grip and minimal slippage

• Tips: Fine, serrated tips for firm yet gentle handling

• Material: Premium stainless steel – corrosion-resistant and durable

• Finish: Polished surface for hygiene and easy sterilization

• Ergonomic Handle: Non-slip and lightweight for comfort during prolonged use

• Applications: General surgery, wound care, dental procedures, dermatology, microsurgery, and emergency medical care

Benefits:

• Secure Tissue Handling: 1×2 teeth ensure stability, reducing the risk of slippage

• Minimal Tissue Trauma: Fine serrated tips allow precise grip without damaging delicate tissues

• Durable Construction: Stainless steel withstands repeated sterilization, ensuring long-term use

• Ergonomic Design: Comfortable grip reduces hand fatigue during extended procedures

• Versatile Use: Suitable for multiple medical and surgical applications, improving procedural efficiency and patient safety

Packaging & Shipping:

• Packaging: Individually wrapped or boxed to maintain sterility and hygiene. Protective outer packaging ensures safe international delivery

• Delivery Options:

  • UK Customers: Free Royal Mail 2nd Class (3–5 working days). Optional Royal Mail 1st Class (2–3 working days) available for an additional charge

  • International Customers: Shipped via Royal Mail, DHL, or FedEx (5–10 working days, fully trackable)

  • Bulk Orders: Custom shipping arrangements available for hospitals, clinics, and distributors

Why Choose Adson Forceps 12 cm 1x2T?

Designed for precision, durability, and comfort, these forceps are essential for safely handling delicate tissues in surgical and clinical settings. They enhance accuracy, reduce trauma, and improve overall patient outcomes.