CNMG 432 tool holder-manufacture,factory,supplier from China

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.

TCMT 432 metal lathe tools are indexable carbide inserts designed for versatile turning operations. These inserts feature a 75° diamond shape with a 7° positive rake angle, suitable for medium to finish turning. They offer three cutting edges and a 40-60° countersink on one or two sides for secure tool holding. The TCMT 432 size indicates a 21.197mm cutting edge length, 9.525mm thickness, and a 12.7mm inner corner radius, providing a balance between strength and precision.

CNMG 643 is an indexable turning insert designed for stainless steel materials, with an 80° diamond shape and negative rake angle, suitable for roughing to semi-finishing. This insert is usually made of carbide with excellent wear resistance and impact resistance, equipped with a PVD coating optimized for stainless steel processing to improve cutting performance and extend tool life. Its open chip breaker design helps control chips and reduce cutting zone temperatures, suitable for medium to light roughing applications.

SNMG 432 carbide inserts are designed for turning operations on hardened steel, offering a 90° square shape with a negative rake angle for robust cutting performance. These inserts are suitable for a variety of materials, particularly hardened steel up to 65 HRc, and are known for their ability to maintain precision and durability under high cutting conditions.

CNMG ceramic turning inserts are 80° diamond-shaped negative double-sided turning inserts with 4 effective cutting edges. They are clamped via a cylindrical fixing hole and have chip breakers on both sides. CNMG is the most commonly used insert type in general turning.

Description:1. CNMG insert is the pinnacle of carbide turning insert, offering superior performance through an optimized substrate and coating. 2.Their geometry is finely tuned for precision machining, ensuring process reliability and longevity.

The MCFNR Indexable External Turning Tool Holder is designed for secure and precise turning operations on CNC lathes. It features a negative rake clamp and locking pin mechanism for reliable insert retention. Compatible with a range of CNMG style inserts, this tool holder is ideal for various materials, ensuring high precision and efficient machining. It offers easy indexability, reducing downtime, and enhancing productivity.

The MCBNR CNC lathe turning tool holder is designed for robust external turning applications on CNC lathes. It features a secure clamping mechanism to hold a variety of carbide inserts, ensuring precision and durability during heavy-duty machining. Compatible with inserts such as CNMG, this tool holder is ideal for materials like steel and cast iron. It's recognized for its high tensile strength, wear resistance, and the ability to provide a fine surface finish.

CNMG turning inserts are designed for multiple applications on metal lathes for materials such as steel, stainless steel and cast iron. These inserts feature a rugged 80° diamond shape with a negative rake angle for excellent strength and chip control. CNMG inserts offer multiple cutting edges per insert for longer tool life and less downtime. They are known for advanced coatings such as CVD and PVD that increase wear resistance and high-speed machining performance.

The external turning tool holder is an indispensable tool in modern machining, known for its high efficiency, precision and economy. It significantly reduces downtime and improves production efficiency through the quick tool change system. The high-precision tool holder design ensures accuracy during the machining process, and the cutting blade can be replaced without additional adjustment. In addition, the external turning tool holder excels in cost control and can reduce workpiece costs by up to 40%.

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 SRACR External Turning Tool Holder is designed for robustness and precision in CNC lathe operations. It offers reduced chatter and vibration, enhancing machining speed and safety. This tool holder is recognized for its extended tool life, significant reduction in tool holder consumption, and cost-effectiveness.

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.

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.

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.

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.

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.

The SCACR Lathe Tool Holder is a precision instrument designed for external turning applications on CNC lathes. It accommodates a variety of carbide inserts, providing versatility and adaptability for diverse machining tasks. This tool holder is recognized for its robust construction, ensuring stability and longevity even under rigorous cutting conditions. It offers a secure clamping mechanism to hold the inserts firmly in place, which is vital for maintaining the accuracy and integrity of the cutting process.

     CNC press plates, often utilized with tool holder accessories, are integral to precision metalworking. They offer high precision and efficiency in bending operations, crucial for forming complex metal parts. These metal press plates are designed for compatibility with a variety of tooling configurations, allowing for versatility in processing different materials and thicknesses.       The use of CNC technology enables automated and repeatable bends, which is particularly beneficial for intricate and precise metal forming tasks.

The milling tool holder is an important component used to fix and replace milling tools in CNC machine tools. It plays a vital role in improving machining efficiency and ensuring machining accuracy.1.

The MDJNL CNC lathe turning tool holder is a robust and versatile tool designed for efficient external turning operations. It features a clamp and locking pin mechanism that securely holds the insert, ensuring stability during high-speed cutting. This tool holder is compatible with DNMG style inserts and is suitable for a wide range of materials, from steel to cast iron. It offers easy indexability, reducing downtime and increasing productivity.

The SCGCR Indexable External Turning Tool Holder is a high-strength and stable tool designed for precision external turning on CNC lathes. It features a screw clamping system for secure insert retention and is compatible with a range of CCGT inserts, offering versatility in various machining applications. This tool holder is manufactured from high-quality steel, ensuring minimized vibrations and heat treatment for increased hardness and strength. It provides strong shock resistance, stable machining, and high efficiency.

The WTENN1616 Tool Holder for CNC Lathe is designed for precision and durability in heavy-duty machining applications. It offers high rigidity and precise positioning, ensuring efficient and accurate tool changes. Compatible with a variety of cutting tools, this holder enhances machining efficiency and is suitable for diverse materials.

The SCFCR CNC lathe turning tool holder is designed for indexable external turning applications, offering versatility and precision in a range of materials. It features a 90° approach angle and is compatible with inserts like CCMT for efficient chip removal and a fine surface finish. Manufactured from high-quality materials, this tool holder ensures durability and reliability in heavy-duty machining. It's recognized for its wear resistance, impact resistance, and the ability to enhance productivity with its easy indexability.