Carbide End Mill High Speed Dynamic Milling Tool

(1)Unequal cutting edges: reduce resonance, suppress chatter marks, and improve machining stability.
(2)C-angle protection: Enhances edge strength, reduces the risk of chipping, and is suitable for interrupted cutting conditions (e.g. casting surface machining)
(3)AlTiXZrN Coating technology：The AlTiXZrN composite coating has both high hardness and oxidation resistance, and the high temperature resistance is better than that of the traditional TiAlN coating, and the tool life is increased by m

Product name：High-speed dynamic milling end mill

1.Material：Solid carbide

2.Coating：AlTiXZrN

3.Features：

(1)Unequal cutting edges: reduce resonance, suppress chatter marks, and improve machining stability.

(2)C-angle protection: Enhances edge strength, reduces the risk of chipping, and is suitable for interrupted cutting conditions (e.g. casting surface machining)

(3)AlTiXZrN Coating technology：The AlTiXZrN composite coating has both high hardness and oxidation resistance, and the high temperature resistance is better than that of the traditional TiAlN coating, and the tool life is increased by more than 30%.

4.Key Benefits：

(1)Chipbreaker design:The three-dimensional chipbreaker structure (curved and convex composite groove type) forces the chips to curl and deform, reduce the risk of entanglement, and improve the efficiency of chip removal.

(2)The chip breaking effect covers a wide range of cutting parameters (such as feed rate of 0.1-0.3mm/r), adapting to different working conditions.

5.Main uses：

(1)Efficient dynamic milling: Suitable for high-speed dynamic milling machining, the unequal edge design and C-angle protection optimize the cutting force distribution, reduce the risk of vibration and broaching, and achieve high feed rates and large depths of cut.

(2)Precision surface processing: The chip breaker structure can effectively control the flow direction of chips and avoid scratching the machined surface, which is suitable for scenarios with high surface quality requirements such as mold cavities and aviation structural parts.

6.Applicable scenarios：

(1)Machining of complex parts: machining of complex geometric shapes such as aerospace structural parts, new energy vehicle parts, and impeller blades.

(2)Cutting of high-hardness materials: suitable for rough and semi-finishing of high-strength materials such as titanium alloys, high-temperature alloys, hardened steel (HRC45), stainless steel, etc.