Milling Cutter Of Diamond Product
Our milling cutter is a top-of-the-line diamond product that utilizes a strong and durable substrate, meticulously machined with a sophisticated five-axis machining center. The blades have also been treated with the utmost care, undergoing precise grinding and polishing using electrical discharge machining equipment.
Description
Milling Cutter of Diamond Product
Diamond milling cutter is an efficient cutting tool widely used in the industrial field. Diamond is a material with extremely high hardness, which can maintain the sharpness, stability, and durability of the cutting edge under high-speed friction.
Diamond milling cutters perform well in various material processing because they not only achieve high-precision machining but also improve production efficiency.
Compared to traditional milling cutters, diamond milling cutters have the following advantages:
The diamond milling cutter is made of high hardness diamond material, which has good cutting effect, low cutting resistance, and convenient chip cleaning. Therefore, it can effectively reduce energy consumption during the machining process.
Diamond milling cutters have the characteristics of long lifespan, high stability, long service life, and are not easily damaged. Therefore, they can reduce equipment damage rate, reduce maintenance time, and improve production efficiency and quality.
Diamond milling cutters, as an efficient, stable, and precise cutting tool, play an important role in the production and processing of various industries, helping to improve production efficiency and processing quality, reduce energy consumption and costs.
Angle of milling cutter：
The angle of the cutting tool is derived from the turning tool, the milling cutter is a composite of the saw blade, and the saw blade is a quasi simple body of the turning tool.
The Angle Problem of Forming Mills：
As mentioned above, the profile of the formed milling cutter is much more complex than that of the saw blade, and it is necessary to fully consider the relative position relationship between the body, tool head, and machine tool spindle.
A milling cutter is a composite of a saw blade, and a saw blade is a simplified form of a turning tool. Since our company started with a saw blade, for us, the angle designation of a milling cutter is inherited from the saw blade, and there is also the angle designation mentioned above.
Compared to milling cutters, generally speaking, extracting a small part often results in the blade shape of a saw blade, which is a composite of small saw blades.
Angle of milling cutter:
▲ 1 radial forward angle
The size of the front corner affects the sharpness and strength of the cutting edge. Increasing the rake angle can make the cutting edge sharp, reduce cutting force, and lower cutting temperature. However, an excessively large rake angle can reduce the strength of the cutting edge and easily cause damage to the cutting edge.
▲ 2 radial rear angle
The main function of the back corner is to reduce the friction between the cutting surface of the tool and the wood. If the back angle is too small, it will reduce the strength of the blade and worsen the heat dissipation conditions, reducing the durability of the tool. If it is too small, it will increase the friction between the back face of the tool and the wood, causing the wood to burn and turn black due to excessive friction heat.
▲ 3 Horizontal front corner
The lateral front angle affects the direction of chip outflow and can make the cutting process smooth.
▲ 4 Side Rear Corner
The main function of the same diameter with the same back angle is to reduce the friction between the cutting surface of the tool and the wood.
▲ 5 Lateral centripetal angle
The main function of the same diameter with the same back angle is to reduce the friction between the cutting surface of the tool and the wood.
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