Oracraft Lower Anteriors and Roots Extraction Forceps - Standard FX74S

Description: Oracraft Lower Anteriors and Roots Extraction Forceps - Standard FX74S are specialized dental instruments designed for the efficient and controlled extraction of lower anterior teeth and roots. Developed by Oracraft, a reputable name in dental tools, these forceps provide dental professionals with a reliable solution for precise and atraumatic extractions.

Key Features:

1. Premium Stainless Steel Construction: Crafted from premium stainless steel, these forceps ensure durability, corrosion resistance, and a robust structure. The high-quality material guarantees the forceps maintain their sharpness and integrity through repeated use and sterilization.

2. Anatomically Designed Jaws for Lower Anteriors and Roots: The forceps feature anatomically designed jaws specifically tailored for lower anterior teeth and roots. This precise design allows for a secure grip on the tooth, facilitating controlled extraction with minimal trauma to surrounding tissues.

3. Ergonomic Handle Design: The forceps are equipped with an ergonomic handle design that ensures a comfortable and secure grip for dental professionals. This feature is crucial for maintaining control and precision during extractions, contributing to a positive dental experience.

Benefits:

1. Atraumatic Tooth and Root Extraction: Oracraft Lower Anteriors and Roots Extraction Forceps - Standard FX74S are designed to provide atraumatic extractions. The anatomically designed jaws and precise engineering enable dental professionals to extract lower anterior teeth and roots efficiently with minimal trauma to surrounding tissues.

2. Durability for Extended Use: Crafted from premium stainless steel, these forceps are durable and resistant to corrosion. The high-quality material ensures longevity, making the forceps suitable for extended use in dental practice.

3. Secure Grip and Control: The anatomically designed jaws, coupled with the ergonomic handle design, provide a secure grip and optimal control during extractions. This enhances the precision of the procedure and minimizes the risk of complications.