Four-flute precision alloy CNC milling cutter for finish machining of coated end mills


This four-flute precision alloy CNC milling cutter is a core carbide cutting tool for precision mechanical processing, featuring three key strengths: super-hard wear resistance, high-precision cutting, and multi-material adaptability. Adopting an ultra-fine grain alloy cutter body with a nano coating and a four-flute anti-vibration structural design, it ensures smooth chip evacuation and high machining finish. Compatible with CNC machining centers and other equipment, it can machine various materials including steel, stainless steel and aluminum alloy, meeting both rough and finish machining procedures. It is an optimal cutting tool for mold manufacturing, aerospace and precision hardware processing.

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Product Description:
Four-flute precision alloy CNC milling cutter for finish machining of coated end mills
This four-flute precision alloy CNC milling cutter is a core cutting tool for CNC machining, mold manufacturing, precision hardware, and aerospace industries. Crafted with an ultra-fine grain carbide body and a nanoscale coating process, it is specially designed for the precision milling of steel, stainless steel, aluminum alloy, titanium alloy and other materials. It integrates five core advantages: super-hard wear resistance, high-precision cutting, smooth chip evacuation, strong anti-vibration performance, and wide versatility. It addresses the pain points of traditional milling cutters such as easy edge chipping, rapid wear, and low machining accuracy, and fulfills high-precision cutting requirements including cavity milling, profile finishing, and slot machining. Compatible with CNC milling machines, machining centers and other equipment, it is a cost-effective cutting tool for precision mechanical processing.
Product Parameters:

Application
CNC Milling Machining
Flute
4 flute
HRC
58
Type
Flat end milling cutter


Application Scenarios:
Mold manufacturing and processing: Cavity milling, parting surface finishing and slot machining of plastic molds, hardware molds and die-casting molds, with high-precision adaptation to the complex structures of molds

Steel precision processing: Profile milling and step machining of carbon steel, alloy steel and mold steel, featuring excellent red hardness and no softening during high-temperature cutting

Stainless steel processing: Component cutting of 304/316 stainless steel, anti-adhesion and built-up edge-free, resulting in a smooth and burr-free machined surface

Light alloy processing: High-finish cutting of aluminum alloy and magnesium alloy, with optimized edge design, suitable for aerospace and automotive light alloy parts

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