We will introduce the key points for cost reduction design of difficult-to-cut materials.
Before: End mills are not used for micro-machining. When machining difficult materials such as titanium, end mills wear out quickly, leading to poor tool life and increased tool costs. Additionally, managing dimensional accuracy becomes challenging due to tool wear, and there are cases where the dimensions at the base of features like bosses or blind holes become unstable. Particularly for parts that require high precision machining, frequent tool changes become necessary, resulting in significantly higher costs. After: Ball end mills are used for micro-machining. By incorporating an R shape at the base of the product within the design limits, machining accuracy can be stabilized. In such cases, it is possible to switch from standard end mills to ball end mills or radius end mills, which are less affected by wear at the tool tip, thereby improving tool life and stabilizing dimensional accuracy. ● For more details, please download the catalog or contact us.
Inquire About This Product
basic information
By adding a radius to the corners within the design constraints, it is possible to replace heavily worn end mills with less worn ball end mills or radius end mills, which can also improve machining conditions and shorten processing time.
Price range
Delivery Time
Applications/Examples of results
For more details, please contact us.
Company information
Since its founding in 1970, Goto Seiki has cultivated cutting processing technology, particularly in the field of optical and measuring instruments, where high precision and shape requirements are demanded. This has become the foundational technology for our precision parts manufacturing. In the realm of development and prototyping that supports the forefront of manufacturing, this advanced cutting technology is indispensable. Additionally, we continue to evolve as a versatile group aiming for optimization in precision parts processing using non-ferrous metals and resins, as well as in micro-machining and mold technology.