A.G.C. Gutta-Percha Instrument

Sale price $3.36 -100% Regular price
Regular price $3.36
Tax included.
A.G.C. Gutta-Percha Instrument
Sale price $3.36 Regular price
Regular price $3.36

Precision Instrument for Gutta-Percha Placement and Condensation

The A.G.C. Gutta-Percha Instrument from 6B Invent Germany is designed for the precise handling, adaptation, trimming, and condensation of gutta-percha during endodontic procedures. Its carefully crafted working ends allow clinicians to manipulate filling material efficiently, helping achieve a dense and reliable root canal obturation.

Manufactured from premium AISI 420 surgical stainless steel, the A.G.C. instrument offers exceptional durability, corrosion resistance, and long-lasting clinical performance. The ergonomic handle provides a secure, comfortable grip for enhanced control during delicate endodontic treatments.

Key Features

  • Designed for handling and condensing gutta-percha
  • Precision-crafted working ends for accurate canal obturation
  • Ideal for trimming and adapting gutta-percha during root canal therapy
  • Manufactured from premium AISI 420 surgical stainless steel
  • Excellent corrosion and wear resistance
  • Ergonomic, non-slip handle for superior control
  • Fully autoclavable and reusable
  • Suitable for professional endodontic procedures

Clinical Applications

  • Root canal obturation
  • Gutta-percha placement and adaptation
  • Lateral and vertical condensation techniques
  • Trimming excess gutta-percha
  • General endodontic procedures

Specifications

  • Product: A.G.C. Gutta-Percha Instrument
  • Material: AISI 420 Surgical Stainless Steel
  • Sterilization: Fully Autoclavable
  • Reusable: Yes
  • Brand: 6B Invent Germany

Why Choose 6B Invent Germany?

6B Invent Germany manufactures high-quality dental instruments that combine precision engineering with exceptional durability. Our endodontic instruments are trusted by dental professionals for consistent performance, comfort, and reliability in everyday clinical practice.

User-Friendly Design

Reliable Performance

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