Do not touch the edge with bare hands. Wear safety glasses or face cover. Make appropriate tool substitution when having flame, noise or chattering.

Excellent cutting performance in wide range of boring size even in vibrated cutting condition. Applied for various workpieces such as steel, stainless steel, cast iron, etc. Assures longer tool life and excellent surface finish.

Indexable endmill for fine finishing of mold Long tool life achieved by the excellent cutting performance of the grade Optimum machining of mold achieved by the MQL available system Easy clamping with simple screw on system Variety of holder line up : Steel shank, Carbide shank, Modular type

Rich Mill Series, a new concept tool for milling application, offer improved tool life and increase usable cutting edges adopting innovative double sided insert with unique geometries. Specially designed chip breaker with high rake angle provides low cutting resistance and long tool life. Applicable for various workpieces such as alloy steel, cast iron, stainless steel and even aluminum. The combination of the innovative geometries and the various grades provides wide coverage for milling applications. The strong cutting edge of thick negative type insert guarantees long tool life. Rich Mill Series consist of screw on type and latch type by clamping system.

Simple and powerful clamping system operated by only clamping screw Two powerful ways of clamping system (upper and internal) are suitable for machining in very tough cutting conditions When assembled with holder, it can be set precisely due to the special rear of clamp Stable structure design and high quality clamp ensure durability at frequent insert change. Compact and optimized design for less chip interference and powerful clamping.

Stable cutting performance even in high feed and deep depth of cutting. Specially designed 3-dimensional chip breaker having low cutting resistance and improved rigidity of cutting. The best cutting performance is accomplished due to improved chip control on various workpieces under the continuous machining of high speed.

Do not touch the edge with bare hands. Wear safety glasses or face cover. Make appropriate tool substitution when having flame, noise or chattering.

Excellent cutting performance in wide range of boring size even in vibrated cutting condition. Applied for various workpieces such as steel, stainless steel, cast iron, etc. Assures longer tool life and excellent surface finish.

Indexable endmill for fine finishing of mold Long tool life achieved by the excellent cutting performance of the grade Optimum machining of mold achieved by the MQL available system Easy clamping with simple screw on system Variety of holder line up : Steel shank, Carbide shank, Modular type

Rich Mill Series, a new concept tool for milling application, offer improved tool life and increase usable cutting edges adopting innovative double sided insert with unique geometries. Specially designed chip breaker with high rake angle provides low cutting resistance and long tool life. Applicable for various workpieces such as alloy steel, cast iron, stainless steel and even aluminum. The combination of the innovative geometries and the various grades provides wide coverage for milling applications. The strong cutting edge of thick negative type insert guarantees long tool life. Rich Mill Series consist of screw on type and latch type by clamping system.

Simple and powerful clamping system operated by only clamping screw Two powerful ways of clamping system (upper and internal) are suitable for machining in very tough cutting conditions When assembled with holder, it can be set precisely due to the special rear of clamp Stable structure design and high quality clamp ensure durability at frequent insert change. Compact and optimized design for less chip interference and powerful clamping.

Stable cutting performance even in high feed and deep depth of cutting. Specially designed 3-dimensional chip breaker having low cutting resistance and improved rigidity of cutting. The best cutting performance is accomplished due to improved chip control on various workpieces under the continuous machining of high speed.