Shoulder Milling |
.Use ANMX double-sided inserts with 4 cutting edges.
.Positive rake angle design for lower side cutting forces.
.Max. 15mm depth of cut, cutter diameter 40~100mm.
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.Use XNMX double-sided inserts with 6 cutting edges.
.Economic and high performance shoulder milling application.
.17~125mm cutter diameter, max. 7mm depth of cut.
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.Use APKT inserts with 2 cutting edges.
.Optimized chip breaker for various applications and materials.
.16~125mm cutter diameter, max. 11mm depth of cut.
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.Use WRT inserts with 2 cutting edges.
.Strong chip breaker provides well ramping and slotting capabilities.
.10~26mm cutter diameter, max. 7mm depth of cut.
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.Use SPMG inserts with 4 cutting edges.
.Cost effective shoulder milling tools.
.12~80mm cutter diameter, max. 6mm depth of cut.
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.Use XDMT inserts with 2 cutting edges.
.Cutting edge design provides stable machining and reduces vibration during machining
.16~32mm cutter diameter, max. 10mm depth of cut.
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.Use XOMT inserts with 2 cutting edges.
.Optimized chip breaker reduces heat generation and cutting forces.
.6~32mm cutter diameter, max. 7mm depth of cut.
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.Use APMT inserts with 2 cutting edges.
.Low cost and various geometric designs for versatile applications.
.16~80mm cutter diameter, max. 11mm depth of cut.
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.Use W390 inserts with 2 cutting edges.
.Optimized chip breaker for high efficient shoulder and side milling.
.16~125mm cutter diameter, max. 11mm depth of cut.
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.Use W490 inserts with 4 cutting edges.
.Great repeat side milling capability to reduce burs and get good surface finishing.
.20~80mm cutter diameter, max. 9mm depth of cut.
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.Use AXMT inserts with 2 cutting edges.
.Strong cutting edges for high removal rate shoulder milling.
.16~100mm cutter diameter, max. 11mm depth of cut.
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.Use APMT inserts with 2 cutting edges.
.Cutter with over-center design for drilling and milling.
.10~50mm cutter diameter, max. 11mm depth of cut.
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