Product Type:square End Mills
Helix Angle:30°/35°/or Based On Your Requirement
Delivery Time: 5-8 working days
Payment Terms: T/T, Paypal,Western Union

Design: 2/4 flutes, spiral fluted, right hand cut,2 cutting edgeover center, cylindrical shank.
Solid carbide material / Coating: Solid-Carbide micrograinBlack Nano.
Application:Universal applications,suitable forhight hardmaterials ,as well as aluminiumand non-ferrous metals.Theundersized endmills are especially for fitting slot cutting.

Design: 2/4 flutes, spiral fluted, right hand cut,2 cutting edgeover center, cylindrical shank.

Design: 2/4 flutes, spiral fluted, right hand cut,2 cutting edgeover center, cylindrical shank.

‌HRC63 4-edge ball cutter is a high-hardness ball end mill with excellent cutting performance and long service life. ‌ This tool is commonly used in CNC machine tool processing and is suitable for processing high-hardness materials such as stainless steel and alloy steel.

The main features of HRC63 4-edge ball cutter include:

‌High hardness‌: HRC63 means that the hardness of the tool is 63 Rockwell hardness, which enables the tool to maintain high wear resistance and heat resistance during the cutting process.

‌Wear resistance and toughness‌: It uses ultra-fine grain tungsten steel material, which has extremely high wear resistance and toughness, and is suitable for processing high-hardness materials.
‌Cutting stability‌: Strict groove control and appropriate rake angle design ensure stable cutting process, reduce vibration and tool wear.
‌Tool life‌: Sharp cutting edge and reasonable tool strength design make the cutting process light and the tool life longer.
‌Wide application‌: It is suitable for processing a variety of materials such as carbon steel, alloy steel, cast iron, high-hardness steel, and is suitable for high-speed machine tools such as CNC machining centers and engraving machines‌23.
In terms of use and maintenance, the following points need to be noted:

‌Machine power and rigidity‌: Ensure that the power and rigidity of the machine tool can meet the requirements of the tool diameter.
‌Spindle overhang‌: Try to shorten the spindle overhang to reduce the impact of impact loads.
‌Cutting parameters‌: Select the correct milling cutter pitch and main deflection angle to ensure cutting effect and reduce tool wear.
‌Monitor tool wear‌: Check tool wear regularly and follow tool maintenance and repair rules‌.

‌4-flute flat end mills have multiple roles and benefits in industrial machining‌. First, the design of 4-flute flat end mills enables efficient chip evacuation and provides stability during the cutting process, thereby ensuring precision and accuracy in machining‌. Second, the versatility of this tool makes it suitable for a variety of machining operations, including roughing, finishing and grooving, and can cope with different materials and machining needs‌. In addition, 4-flute flat end mills excel in specific applications, such as when machining high-temperature alloys in the aerospace industry, its multiple grooves can effectively dissipate heat, prevent premature tool failure, and ensure consistent performance‌

1. Features of Two-edge Alloy Ball Cutter
1. Multi-edge design: The Two-edge alloy ball cutter adopts a two-edge design, which enables the tool to evenly distribute the cutting force during the cutting process, improving the cutting efficiency and stability.
2. High hardness material: The two-edge alloy ball cutter usually adopts high-hardness alloy material, such as cemented carbide or high-speed steel, etc., which has good wear resistance and impact resistance, and can cope with various complex and harsh processing environments.
3. Excellent cutting performance: Due to the use of high-hardness material and multi-edge design, the four-edge alloy ball cutter can maintain a sharp cutting edge during the cutting process, providing excellent cutting performance, such as high cutting speed, low cutting force, good chip control, etc.
4. Applicable to a variety of materials: The four-edge alloy ball cutter can be used for the processing of a variety of materials, such as stainless steel, titanium alloy, aluminum alloy, etc. It can cope with the cutting requirements of different materials and provide stable processing quality and efficiency.

The Corner Radius End Mill is a milling cutter with a rounded edge that combines the efficient machining capabilities of a flat end mill with the rounded transition characteristics of a ball cutter to reduce stress concentration during machining, improve tool durability, and improve surface quality.

The bottom of the corner radius is a blade with R Angle rather than a pointed blade, so the strength of the blade is better than the end mill, and it is not easy to break, so the life of the tool will be better than the end mill. In addition, the corner radius cutter has better processing efficiency than the ball nose and the end mill, especially roughing working. Because the bottom of radius is flat, the horizontal spacing of the corner radius can be used more than the ball nose. In finishing, it also has the same advantages as the ball nose, so the cutter spacing can also be used with a larger value.

Key Features:
Rounded Corners: The rounded edges provide a stronger cutting edge compared to square end mills, reducing the likelihood of chipping.
Versatility: Suitable for both roughing and finishing operations.
Improved Tool Life: The radius at the corners distributes stress more evenly, enhancing the tool's durability.

Key Features:
Rounded Corners: The rounded edges provide a stronger cutting edge compared to square end mills, reducing the likelihood of chipping.
Versatility: Suitable for both roughing and finishing operations.
Improved Tool Life: The radius at the corners distributes stress more evenly, enhancing the tool's durability.

‌HRC55 3-edge aluminum milling cutter is a tool designed for aluminum alloy processing, with high hardness, high wear resistance and efficient cutting characteristics. ‌ This milling cutter is usually made of tungsten steel, and the surface is specially treated to improve its durability and cutting performance.

‌HRC50 aluminum tool is a carbide tool with a hardness of HRC50, mainly used for processing aluminum materials. ‌ This tool is usually used for CNC milling and precision machining, and can provide efficient processing results and a long service life.‌

1. The fine particle tungsten carbide parent material has high toughness and is covered with AITIN high aluminum titanium; 2. Large capacity chip removal, fast chip removal, not easy to stick to the tool to achieve high-efficiency processing, high-precision and more shiny workpieces; 3. Specially used for high-speed cutting of CNC milling machines, it can increase smoothness, reduce wear coefficient, reduce tool change times, and improve machine tool efficiency.

‌HRC55 2-edge aluminum cutter is a cutter designed for aluminum material processing, with high hardness, high wear resistance and high rigidity. ‌ This cutter is usually used for milling, suitable for planes, steps, grooves, forming surfaces and cutting workpieces. Its main uses include rough milling and fine milling, which can efficiently remove a large amount of blank material, and is also suitable for small-area horizontal plane or contour fine milling.‌

The carbide drill bit is made of a complete carbide bar and machined by a CNC grinder. Carbide drill bit general Xing wide, with high strength, high hardness performance, cutting speed, wear resistance, good red hardness characteristics, suitable for processing various materials of parts.
1.Carbide drill bits can be divided into two types according to the cooling structure: no cooling holes and cooling holes
2.Classify by drill tip angle
118° top angle: The most common tip angle, suitable for most materials.
135°/140° top angle: Used for harder materials such as stainless steel, it can more effectively prevent slipping.The axial separation is large and the radial stability is good.Larger feed can be used.

‌8D internal coolant drill is a machining tool suitable for deep hole processing. It has 1~2 through holes from the shank to the cutting edge, allowing compressed air, oil or cutting fluid to pass through, cooling the tool and workpiece, and flushing away the chips.‌1.

The main features of the 8D internal coolant drill include its design suitable for deep hole processing, which can effectively cool the tool and workpiece, flush away the chips, and ensure the processing quality and efficiency. In addition, the 8D internal coolant drill also has a variety of models, such as 6D, 8D, 10D, 12D, etc., suitable for processing needs of different diameters.‌

The carbide drill bit is made of a complete carbide bar and machined by a CNC grinder. Carbide drill bit general Xing wide, with high strength, high hardness performance, cutting speed, wear resistance, good red hardness characteristics, suitable for processing various materials of parts.
1.Carbide drill bits can be divided into two types according to the cooling structure: no cooling holes and cooling holes
2.Classify by drill tip angle
118° top angle: The most common tip angle, suitable for most materials.
135°/140° top angle: Used for harder materials such as stainless steel, it can more effectively prevent slipping.The axial separation is large and the radial stability is good.Larger feed can be used.

The carbide drill bit is made of a complete carbide bar and machined by a CNC grinder. Carbide drill bit general Xing wide, with high strength, high hardness performance, cutting speed, wear resistance, good red hardness characteristics, suitable for processing various materials of parts.

Product Type:HRC 65  long neck square End Mills
Helix Angle:30°/35°/or Based On Your Requirement
Minimum Order Quantity: 2-5pcs
Delivery Time: 5-8 working days
Payment Terms: T/T, Paypal,Western Union

Minimum Order Quantity: 2-5pcs
Delivery Time: 5-8 working days
Payment Terms: T/T, Paypal,Western Union

The 3-edge aluminum small diameter cutter is a small diameter milling cutter specially designed for aluminum and other non-ferrous metals (such as copper, brass, etc.), usually used for high-speed cutting.

Carbide reamers are essential for achieving precise hole sizes and smooth finishes in various materials such as steel, aluminum, and other metals. They are particularly valuable in industries where tight tolerances and high-quality standards are non-negotiable, such as aerospace, automotive, and medical device manufacturing. By using carbide reamers, manufacturers can ensure that components fit together seamlessly, reducing the likelihood of failure and extending the lifespan of the final product.

Cutting accuracy: Reamers can provide high-precision machining of internal threads or holes, ensuring that the size and shape after machining meet the requirements.
Cutting stability: The design of the reamer can provide a stable cutting process, avoiding vibration and displacement of the workpiece.

Boring tool T20 is generally used for processing hole diameter, with high precision and good surface quality. It is usually made of carbide material and is suitable for boring metals such as aluminum and steel.

Aluminum rough milling cutter with high bending force and good resistance to heat impact carbide bar, coupled with scientific geometric design, well play the excellent performance of the tool in the cutting process and prolong the service life.
High metal removal rate, fast rough cutting, stable performance
Suitable for non-ferrous materials, copper, aluminum, zinc alloy, magnesium alloy, copper alloy, aluminum alloy material processing

The roughing end mill normally have 3F or 4F, and the edge is a corrugated design, so it is also called a corrugated mill or a wave mill. Mainly used for CNC, computer gong, engraving machine, CNC lathes, automatic lathes or other machine tools on the workpiece cutting tools. It has the characteristics of high processing efficiency, fast processing speed, high chip guide, high feed, long service time, etc., suitable for dry cutting and cooling cutting.

Because the cutting force is very small in the process of thread milling, the chips are powdered, so the thread milling is not easy to break the mill, even if there is a broken mill phenomenon, because the diameter of the milling cutter is much smaller than the thread hole, you can easily remove the broken part from the part without hurting the part. This greatly reduces the risk of threading
Excellent cutting conditions allow the thread milling cutter to process a wide range of materials, even high-hard steels such as HRC65°, titanium alloys, and nickel-based alloys. Thread milling provides an easy way to process threads when machining difficult materials

The use of thread milling cutter: can ensure a large chip removal space, because of the milling process, can achieve high precision, high surface roughness of the thread hole processing.
Thread milling cutter can achieve stable cutting due to the tool characteristics of the thread

In modern manufacturing, aluminum is widely used due to its light weight, high strength and good processing performance. In order to improve the appearance quality and performance of aluminum parts, aluminum chamfering cutter has become an important tool. This tool is specially used for edge chamfering of aluminum products, which can not only remove burrs, but also make the product edge smoother and more beautiful.

The chamfering cutter is a specialized cutting tool designed to create a bevel or chamfer on the edge of a workpiece. This bevel serves multiple purposes, including reducing sharp edges, improving aesthetics, and enhancing the strength of the material. By using a chamfering cutter, machinists can achieve precise and consistent results, ensuring that the final product meets the required specifications and standards.

Carbide internal R tool is a cutting tool specially designed for machining with internal rounded corners (R corner). The design of this tool allows complex internal contours to be machined in a shorter time while maintaining high machining accuracy and surface quality.

HT-9 0 Vise series
HT-100 Vise series