Introducing our high-performance End Mill, the perfect cutting tool for precision machining. Crafted from premium quality materials, this tool is designed to deliver exceptional performance and durability in various industrial applications.
Featuring a unique design with sharp, multi-flute edges, our End Mill delivers precise and efficient cuts on a variety of materials such as steel, aluminum, and more. Its advanced coating enhances wear resistance and prolongs the life of the tool for prolonged use.
Our End Mill is available in different sizes and styles to suit your specific machining needs. With its outstanding cutting capabilities and superior finish, it is the go-to choice for professional machinists and engineers.
Trust our End Mill to provide you with unmatched precision and efficiency in your machining operations. Upgrade your toolkit with our top-of-the-line End Mill today.
Tool “passivation” is a process of micro-processing the cutting edge of the tool. The purpose is to remove tiny burrs and irregularities on the cutting edge. Or the sharp cutting edge is moderately rounded to improve the performance of the tool. This treatment does not actually make the tool blunt, but makes the cutting edge […]
Why Do CNC Cutting Tools Need to be “Passivated”? Read More »
Carbide milling cutters are widely used in CNC machining centers, CNC engraving machines and ordinary milling machines to process planes, grooves, steps, etc. Common types include end mills, slot milling cutters, saw blade milling cutters, spiral drill milling cutters, etc. Carbide milling cutters are mainly divided into: integral carbide end mills, carbide straight shank slot
How Much Do You Know About Carbide Cutting Tools? Read More »
Titanium alloys are increasingly used in the aviation manufacturing industry due to their high strength, good mechanical properties and strong corrosion resistance. As the proportion of titanium alloys in aircraft continues to increase. The CNC machining efficiency of titanium alloy aviation structural parts has an increasing impact on aviation manufacturing companies. Titanium alloys are difficult-to-process
How to Efficiently Process Titanium Alloys Read More »
Aircraft engines need to withstand huge thrust and extremely high operating temperatures. The application of titanium alloys, high-temperature alloys and composite materials is of great help to increase the flight speed and load capacity of aircraft. In the petroleum and chemical industries, low-alloy steel, stainless steel, corrosion-resistant alloy steel, titanium alloy and other materials play
Difficult to Process and Waste End Mills, what to Do Read More »
In the field of CNC machining, the machining of heat-treated steel (hardness up to HRC63) has always been a challenging task. Due to the high hardness and low toughness of hardened steel, higher requirements are placed on CNC tool performance, machining parameters, and process strategies. This article will analyze the parallel finishing of heat-treated steel
HRC65 Ball Nose End Mill Processing Heat-Treated Steel Read More »
In the field of modern high-end mold processing, as the mold shape and structure become more and more complex, deep cavity processing technology has been more and more widely used. The complexity of the deep cavity structure increases the difficulty of processing. The cutting tool not only has to withstand huge cutting forces, but also
New Tool for Deep Cavity Processing: Long Neck End Mill Read More »
The strategies for graphite electrode roughing and finishing are different. Generally, roughing should leave less allowance for finishing, so when using small diameter tools, high feed (cutting feed and feed) should be used. Under the premise of minimizing tool wear, high unit cutting volume and single blade effective cutting amount are obtained, and the residual
Graphite End Mill Processing Strategy Read More »
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
What milling cutter is used for processing high hardness materials Read More »
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,
Ball Nose End Mill Achieves 0.001mm Machining Accuracy Read More »
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
Corner Radius End Mills for Violent Roughing Read More »
