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What milling cutter is used for processing high hardness materials

  The processing of high-hardness materials places higher requirements on the performance of the milling cutter, and it is necessary to select specially designed CNC tools to ensure processing efficiency and precision. Common types of milling cutters include carbide milling cutters, ceramic milling cutters and cubic boron nitride (CBN) milling cutters. These cutters have extremely

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Ball Nose End Mill Achieves 0.001mm Machining Accuracy

In this processing task, we used a Japanese rolling mill as processing equipment and an HRC65 tungsten steel ball nose end mill D6R3 to perform parallel finishing on the material M333 with a hardness of HRC48-52. Reasonable processing parameters were set, with a speed of 16000, a feed of 1600, a cutting depth of 0.01mm,

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Corner Radius End Mills for Violent Roughing

https://www.youtube.com/shorts/lV2QOmYBbak Our powerful roughing carbide rounded corner end mill is a tool specially designed for fast roughing of high-hardness materials. Its unique performance and structural characteristics have obvious processing advantages for heat-treated steel, alloy steel and other difficult-to-machine materials. The powerful roughing round nose end mill can effectively process heat-treated steel of HRC48-HRC65. The hardness

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How to Use End Mills

When milling complex workpieces on a milling machining center, the following issues should be noted when using CNC end mills. Spring Clamping Method End mills for machining centers are mostly clamped by spring clamps, and are in a cantilever state when used. During the milling process, the end mill may gradually extend from the tool

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New Face Milling Cutter for Highly Efficient Machining

Modern automobile parts manufacturing attaches great importance to the use of new materials: aluminum alloy, vermicular cast iron and various composite materials. In specific production and manufacturing, the successive application of various new materials not only greatly reduces the weight of the car, enhances the use efficiency, but also continuously improves the energy-saving and environmental

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Safe Use of Fully Ceramic Milling Cutters

The development of all-ceramic milling cutters has opened up new prospects for the machining of nickel-based alloy materials. Compared with hard metal tools, all-ceramic tools can increase machining efficiency by eight times. Technological progress and continued development in the field of materials science continue to promote the ability and efficiency of machining difficult workpieces. The

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What Milling Cutter is Used for Processing Aluminum Alloy

The aluminum parts currently processed are mainly divided into two categories: deformed aluminum alloy and cast aluminum alloy. So what kind of milling cutter is used to process aluminum alloy? Is it better to use a special milling cutter or a special tool for aluminum alloy to achieve better processing efficiency? This article discusses the

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