The W Series Tool Holder is a precision tool designed for turning operations in machining processes.
Manufactured from high quality materials, this tool holder is equipped with a widia chip breaker, ensuring clean and efficient cutting in a wide range of materials.
This tool holder is ideal for industrial applications that require high precision and durability.
It should be noted that the product does not include a blade, which allows the user to choose the most appropriate blade for their specific needs without the need to remove the blade, thus optimizing the installation and maintenance process.
Its robust and ergonomic design makes it easy to handle and assemble, guaranteeing constant performance even in the most demanding conditions.
Recommendations for Use:
Select the appropriate blade for the material to be worked, ensuring that it is compatible with the W Series tool holder.
Make sure to secure the tool holder correctly on the lathe to avoid vibrations or misalignment during the turning process.
Check the blade grip before each operation to ensure a precise cut and avoid accidents.
Use appropriate lubricants to improve performance and extend the life of both the tool holder and the blade.
Maintain a constant cutting speed appropriate for the material to be machined, ensuring a uniform finish and reducing wear on the widia chip breaker.
Maintenance Recommendations:
Regularly clean the tool holder and chip breaker to prevent debris buildup and maintain cutting efficiency.
Periodically inspect the condition of the widia tool holder and chip breaker for any signs of wear or damage, replacing parts if necessary.
Store the tool holder in a dry, protected location when not in use to prevent corrosion and prolong its life.
Bullet points
High Durability: The tool holder is made of high-strength materials, which ensures a long service life even under intensive working conditions.
Versatility: Compatible with a variety of turning blades, allowing the user to adapt the tool to different applications and materials.
Reduction in Setup Times: By not requiring an outlet to the blade, setup times are minimized, which increases the efficiency of the machining process.
Cost Optimization: The ability to select the most suitable blade without having to make additional modifications reduces the costs associated with the purchase of additional tools or adaptations.