Ball Nose End Mill-manufacture,factory,supplier from China

A ball end mill is a widely used cutting tool in the machining industry, mainly used for milling various curved surfaces, arc grooves, etc.A ball end mill, also known as a ball end mill, has a rounded tip, which enables it to perform 3D carving tasks, create complex shapes and contours, or undertake finishing tasks such as creating a "scalloped" effect on the material.

The BAP300R end mill holder is the second generation of ultra-fast feed milling cutter launched by Yaken Precision Machinery Co., Ltd., designed for high-speed and high-efficiency milling processing. This end mill holder has a place in the CNC tool market with its excellent performance and wide application fields.Technical parameters1.

The EMR5R CNC Round Nose End Mill Cutter features high-performance cutting, designed for precision, durability, and shock resistance. It offers customizable support with OEM, ODM, and OBM services.

Description：1.45° Mill inserts are made of steel, stainless steel, castings, and general carbide raw materials with high toughness, high wear resistance, and high temperature resistance, which can adapt to different working conditions.2.Face mill inserts have moderate blade width and groove design, taking into account the strength and sharpness of the blade band, and excellent chip removal.3.Face mill carbide inserts have a unique blade design that reduces cutting resistance during cutting and is used for ordinary steel, mold steel, stainless steel, cast iron, non-ferrous metals, etc.Spec

The 58° Straight Shank Tungsten Steel Milling Cutter is a robust and versatile tool designed for a variety of machining applications. This Straight Shank Milling Cutter, with its 4F cutting edge, is part of the 4F Straight Shank Milling Cutter Series and is enhanced with a Nano Bronze Coating for improved performance and longevity. Crafted from high-quality tungsten steel, it is well-suited for working with a broad spectrum of materials such as copper, stainless steel, cast iron, tool steel, alloy steel, graphite, plastic, and composite materials, among others.

      The SEKT Face Mill Inserts are precision-engineered for efficient and accurate milling operations. These inserts are designed to handle a variety of materials, including steel, stainless steel, and aluminum, with a hardness range suitable for P25 to P40, M20 to M40, and K20 to K40 applications. The PVD coating on these inserts provides excellent wear resistance and thermal stability, which is crucial for high-speed machining and longevity .

The TNMG432 carbide ceramic insert is a triangular, negative rake angle insert designed for efficient cutting. With an internal inscribed circle (IC) of 0.5 inches (12.7mm), a thickness of 0.188 inches (3/16 inches), and a nose radius of 0.0625 inches (1/16 inches), this insert is suitable for general-purpose work. The 60° included angle of the TNMG432 insert makes it ideal for versatile turning operations, while its negative rake angle design provides a durable cutting edge that is ideal for hard materials and intermittent cutting.

The 58° Keyway Tungsten Steel Milling Cutter is a high-quality tool designed for precision machining. This Keyway Milling Cutter features a 4F cutting edge and belongs to the 4F Keyway Milling Cutter Series. It boasts a Nano Bronze Coating that enhances its performance and durability. Made from premium tungsten steel, it is suitable for a wide range of materials including copper, stainless steel, cast iron, tool steel, alloy steel, graphite, plastic, and composite materials.

Description：1. Fast feed milling inserts are double-sided groove design, 4 cutting edges with high cutting strength, suitable for high-speed and high-feed cutting, greatly improving work efficiency.2. Mill inserts can adapt to different working conditions. Flat surface processing, step surface processing, mold profiling processing.3.

The parameters of the internal turning tool holder mainly include:1. Tool bar diameter (d): This is the basic size of the tool holder. Common ones are A=32mm, B=40mm, C=50mm, D=60mm, E=70mm, F=80mm, G=90mm, H=100mm, J=110mm, K=125mm, L=140mm, M=150mm, N=160mm, P=170mm, Q=180mm, R=200mm, S=250mm, T=300mm, etc.2. Tool length: The length of the tool determines the hole depth that the tool holder can process. The length is usually represented by a specific code, such as A=32mm, B=40mm, C=50mm, etc.3. Main rake angle: affects the cutting method and chip removal direction.

The SDNCN External Turning Tool Holder is a high-precision tool designed for external turning applications on CNC lathes. It accommodates a variety of carbide inserts, such as the DCMT series, and is known for its robust construction and secure clamping mechanism. This tool holder ensures optimal cutting performance and is suitable for a wide range of materials.

Hexagon socket screw accessories are widely used in various industries due to their secure and reliable fastening capabilities. These screws are characterized by a hexagonal recess in the head, which allows for tightening and loosening with a hex wrench or insert bit, providing greater efficiency and reduced risk of cam-out compared to slotted screws 。They are available in a range of materials, including steel, stainless steel, and plastic, with different surface treatments like zinc plating or passivation to enhance their durability and resistance to corrosio。

1.WCMX inserts excel in machining stainless steel, mild steel, brass, bronze, aluminum and cast iron.

U Drill for CNC Lathe Changes the Drilling Process and Improves the AccuracyThe u drill for CNC lathe has transformed the drilling process with its meticulously balanced cutting action, enhancing accuracy and boosting feed rates by a remarkable 200%. This innovative tool, featuring a scraper tip, delivers superb surface roughness, raising the bar for quality in machining.WC 4D U Drills are the First Choice for a Wide Variety of WorkpiecesAmong the u drill types, the WC 4D u drill stands as the premier choice for a variety of workpieces.

1. TGF32 grooving inserts are indexable carbide inserts that are mainly used for shallow grooving on CNC lathes. The grooving insert is particularly suitable for machining steel, stainless steel and cast iron materials.2.

WC U drills are characterized by their replaceable carbide inserts, self-centering ability, and excellent chip control. They offer high cutting speeds and feed rates, and are versatile across various materials. These drills are known for their durability and precision, making them ideal for high-efficiency machining in industries such as automotive, aerospace, and general manufacturing.WC U drills offer a variety of product benefits.1. They feature replaceable carbide inserts for extended tool life and cost-effectiveness.2.

1. Our radius grooving inserts are made of solid carbide and are decorated with multiple layers of coatings to extend tool life and increase cutting speed. Low friction coefficient and excellent wear resistance ensure that your operation is not only efficient but also durable. 2. Our full radius grooving inserts are designed to meet the needs of stainless steel and steel. These inserts are sharp, wear-resistant and facilitate smooth chip evacuation. 3.MRMN grooving inserts are made of high-quality carbide material, which is rust-proof and durable.

Description：1. Application: GR grooving inserts are suitable for profiling, especially for external grooving and cut-off. They can be used for external and internal grooves, and CBN inserts are available for different materials and processing requirements.2. Design features: GR insert is a full radius design, which can perform smooth curve processing and is suitable for complex contour processing.3. Insert tolerance: The insert width tolerance of internal grooving inserts is ±0.05mm, which ensures accuracy and consistency during processing.4.

The MGIVR/L grooving tool holder is a tool designed for internal grooving tasks and is suitable for high-precision internal hole machining using rectangular inserts.

CGBR/L Grooving Tool Holder is a tool system designed for efficient parting and grooving. It is known for its high rigidity, high precision and excellent surface treatment capabilities, and is suitable for processing a variety of materials, including stainless steel, high-temperature alloys and steel.Technical parameters1. Tool holder rigidity: The CGBR/L Grooving Tool Holder is designed to provide clamping on two sides, which effectively increases the clamping rigidity.2.

SGBR/L grooving tool holder is a tool used on CNC lathes, mainly used for grooving processing.SGBR/L grooving tool holder is used for grooving turning tools, with a hardness of HRC48 and a black coating material. It is made of carbide material with a hardness range of HRC 42-60, ensuring durability and lasting performance.SGBR/L grooving tool holder has a variety of models, such as SGBR1212H16, SGBR1616H16, SGBL1616H16, SGBR2020K16, SGBL2020K16, SGBR2525M16, etc.

Description：1. Grooving inserts for aluminum are made of high-quality carbide, which has excellent durability and wear resistance, ensuring long-lasting performance.2. The cutting edge and optimized geometry of Carbide inserts enable smooth and accurate cutting.3.

The MGEHR series grooving tool holder is a high-efficiency turning tool designed for high-precision grooving operations. Its parameters are as follows:1. Product number: The MGEHR series tool holder has different models, such as MGEHR2525-2.5.2. Functional dimensions:(1) Functional width (A2): 25.3 mm.(2) Functional length (A3): 150 mm.(3) Functional height (A4): 25 mm.(4) Maximum cutting depth (A8): 16 mm.3. Overall length (B5): 150 mm.4. Shank shape (C13): 01 - square shank clamp.5. Number of effective cutting edges (D11): 1.6. Cutting direction (F1): R - right.7.

CNMG 432 steel turning inserts are known for their 80° diamond shape and double-sided design, which provides four effective cutting edges for efficient material removal. Suitable for a variety of steel materials, including stainless steel and mild steel, these inserts are ideal for medium to coarse cutting applications. They have a positive rake angle that generates low cutting forces, which helps achieve reliable performance and extend tool life.