Achieve beautiful processed surfaces!
Since it has an unequal lead blade design, it suppresses vibration, enables high-speed cutting, and achieves a beautiful machined surface. It has less cutting resistance compared to standard equal lead end mills, allowing for machining with longer protrusions. It is especially suitable for finishing processes of materials such as aluminum, titanium alloys, and stainless steel. In addition to solid carbide and brazed types, a variety of cermet options are also available in the series. *For more details, please refer to the catalog available for download below as "PDF Download."
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basic information
Since it has an unequal lead blade design, it suppresses vibration, enables high-speed cutting, and achieves a beautiful machined surface. It has less cutting resistance compared to standard equal lead end mills, allowing for machining with longer protrusions. It is especially suitable for finishing processes on materials such as aluminum, titanium alloys, and stainless steel. In addition to solid carbide and brazed types, there is also a wide variety of cermet options in the series.
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Applications/Examples of results
It is used by all users, including semiconductor manufacturing equipment, automotive parts processing, and other machining processes where chatter is likely to occur during cutting.
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We aim to be a company that autonomously grows and develops daily, contributing to society by improving productivity and establishing production technology in the field of machining for all manufacturing industries, both domestically and internationally, through the manufacturing and sales of cutting tools, and by earning trust from our employees.