Indexable Ball Nose End Mill Line Designed to Provide Maximum Tool Reliability
Tungaloy’s line of indexable ball nose end mills is designed to provide maximum tool reliability during roughing and semi-finishing processes.
BallRoughNose is the latest development in Tungaloy’s indexable milling technology for efficient and reliable rough profiling of curved surfaces. This line of indexable ball nose end mills is designed to provide maximum tool reliability during roughing and semi-finishing processes. Its dovetail insert clamping design prevents the insert from being lifted by cutting forces during demanding operations. Insert rotation during machining is restrained by a locking design provided in the insert seat, providing indexing accuracy. These features boost BallRoughNose’s insert reliability during 3D profiling or plunging processes, while the insert’s helical cutting edge helps mitigate heavy cutting forces, promoting light cutting action.
The insert’s hybrid design enables one side of the insert to be used for center cutting and the other side for the peripheral. This eliminates the need to purchase two different types of inserts, reducing tool investment and inventory costs, and simplifying management. The insert seat interface is designed to ensure the insert only fits a matching orientation. The tool bodies are all equipped with through-coolant channels for effective chip evacuation, preventing chips from being re-cut during complex profiling of die and mold parts. The tool shanks are available for working diameters of ø16 mm (.625 inch), ø20 mm (.75 inch) and ø25 mm (1 inch) in an array of shank designs, including cylindrical shanks with standard length or with long-necks and modular styles.
Both copper and graphite provide approximately the same end result, so it is important for a shop to consider the advantages and disadvantages of each material in order to discover what would work best in their shopfloor environment.
How-to, step-by-step instructions that take you from making the master pattern to making the mold and casting the plastic parts.
Selection criteria and common coating attributes for PVD, CVD and other common coatings.