Woodpecker Endo Plus Gold 25mm NiTi Rotary Files - W4 (25/ 0.06)

Description-

The Woodpecker Heat Treated Gold Rotary Files are specifically designed to efficiently shape the root canal without fracturing or breaking. These files undergo a heat treatment process that enhances their strength and flexibility, resulting in superior quality and performance compared to conventional files.One of the key features of these files is their increased flexibility, providing 24% more flexibility than conventional files. This flexibility allows for better maneuverability within the root canal, ensuring precise shaping without compromising the integrity of the files.The Woodpecker rotary files are custom designed to fit into the root canal and perform various tasks. They effectively remove pulp tissue, shape the canal, and prepare it for filling. The files are formulated with different diameters at different points along their length, enabling gradual shaping of the canal without causing excessive stress. This reduces the risk of over-preparation or damage to the root, ensuring optimal treatment outcomes.The files are made of a gold alloy material, which contributes to their strength and durability. Additionally, the gold color allows for easy identification and differentiation of the appropriate file size for each endodontic procedure, thanks to the color-coded system. These files are compatible with most rotary handpieces, offering versatility in their usage. Depending on the specific endodontic procedure, the speed of the files can be adjusted accordingly.

Features-

>Heat-treated for increased strength and flexibility.
>24% more flexible than conventional files.
>2.6 times greater resistance to cyclic fatigue.
>Provides superior tactile sensation for better control.
>Easy identification with color-coded sizing.
>Compatible with most rotary handpieces.
>Enhanced durability for long-lasting use.
>Offers better precision than conventional files.

Directions for use-

>Before starting the procedure, ensure that you have selected the appropriate Woodpecker rotary file based on the specific treatment requirements, such as length, taper, and speed.
>Begin by creating a glide path using the Variable Taper Glide Path File (W3). This file is designed to establish a smooth pathway for the subsequent shaping files. Use a gentle in-and-out motion to guide the file into the root canal, gradually increasing the size of the pathway.
>Once the glide path is established, select the appropriate Fixed Taper File (W0, W1, W2, or W4) based on the desired taper and size. These files are color-coded for easy identification. Attach the selected file to the rotary handpiece.
>Apply a lubricating gel or irrigating solution to the root canal for smooth file movement and efficient debris removal.
>Insert the Woodpecker rotary file into the root canal, using a pecking or brushing motion. Avoid excessive pressure or force to prevent file breakage or canal damage. Adjust the handpiece speed according to the specific endodontic procedure.
>As the file progresses through the canal, periodically withdraw it to clean off any debris or tissue remnants. Rinse the canal with irrigating solution as needed.
>Continue shaping the root canal using the appropriate sequence of Woodpecker rotary files, gradually increasing the file size as necessary. >Follow the recommended technique and sequence provided by the manufacturer or based on the treatment plan.
>Maintain a light touch and maintain the file within the confines of the canal walls to avoid over-preparation or damage to the root structure. The enhanced flexibility of the Woodpecker files allows for precise and controlled shaping.
>Throughout the procedure, regularly check the file for signs of wear, deformation, or damage. Replace the file if necessary to ensure optimal performance.
>Once the desired canal shape is achieved, thoroughly clean and irrigate the root canal to remove any debris or irrigating solution. Proceed with the appropriate root canal filling technique based on the treatment plan, using compatible obturation materials and methods.