The NT Magic Pathfile Refills Glidepath Files stand at the forefront of dental innovation, meticulously designed to cater to the exacting standards of dental professionals. Crafted with precision, these files redefine the art of creating a seamless glide path, setting new benchmarks in endodontic procedures.
NT Magic Pathfile Refills Glidepath Files - 3%/21mm 12
Contact us for sales assistance from our Biomedical Engineer.
Key Features:
Advanced Ni-Ti Alloy: Engineered with a proprietary Nickel-Titanium alloy, these files exemplify unparalleled flexibility and resistance to cyclic fatigue. The result is a robust instrument that adapts effortlessly to the intricate canal anatomy, minimizing the risk of procedural errors.
Optimized Taper Design: The NT Magic Pathfile Refills boast an optimized taper design, a testament to our commitment to precision. This feature facilitates superior debris removal, reducing the likelihood of apical transportation and ensuring a smooth, efficient glide path preparation.
Thermomechanical Treatment: Employing cutting-edge thermomechanical treatment, these files undergo a process that enhances their mechanical properties. This results in superior resistance to torsional stress, enabling practitioners to navigate even the most challenging canal morphologies with confidence.
Color-Coded Identification: Simplifying workflow management, each NT Magic Pathfile Refill is equipped with a color-coded identification system. This ensures quick and accurate selection during procedures, enhancing overall efficiency in the dental operatory.
Benefits:
Enhanced Procedural Efficiency: The combination of advanced Ni-Ti alloy and optimized taper design ensures a predictable and efficient glide path creation, contributing to streamlined endodontic procedures.
Reduced Procedural Risks: With a focus on minimizing cyclic fatigue and enhancing flexibility, these files mitigate the risk of procedural errors, instilling confidence in practitioners and ensuring patient safety.
Improved Instrument Longevity: The thermomechanical treatment not only bolsters mechanical properties but also extends the lifespan of the files, making them a durable and cost-effective choice for dental practitioners.