MB-5GR Grooving Carbide Insert-manufacture,factory,supplier from China

   Model：MB-5GR MB-7GR MB-9GR      Product Name：Carbide insert         Material：Carbide           Application：Metal CuttingThe MB-5GR insert is a precision carbide cutting tool designed for grooving operations. It features a robust design that ensures efficient and durable performance in a variety of materials including steel, stainless steel and cast iron. With its advanced coating and geometrically optimized shape, it provides smooth cutting and extended tool life.

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.

1. Material：MGGN grooving inserts are crafted with carbide, ensuring high durability and precision in machining. 2. Insert Application：Our carbide grooving inserts are equipped with advanced CVD and PVD coatings, enabling them to process a wide range of workpiece materials, including steel, stainless steel, cast iron, and more.3.Feature of Cutting Holder：Holders are made from strong 40Cr steel, marked with laser lettering for easy identification and protected with anti-rust oil.

TDC grooving inserts are efficient and versatile metal cutting tools designed for grooving and cutting off.1. Blade design:TDC grooving inserts adopt a double-head design, each insert has two cutting edges to improve processing efficiency. The blades are divided into neutral, left-handed and right-handed blades to reduce cutting burrs.2. Technical parameters:The blade materials include AH725, AH725, etc., which are suitable for different processing needs. The blade width has specifications such as 4, 5, and 6 mm.

Description:1. Insert type: T11N/T16N/E grooving inserts are flat-mount grooving inserts suitable for CNC lathes.Used for grooving and cutting operations on various materials. 2. Application areas:These CNC inserts are used for grooving and cutting operations, suitable for a variety of materials such as steel, stainless steel, cast iron, non-ferrous metals, etc. 3. Insert material: Internal grooving insert is made of carbide, which is a high hardness and wear-resistant metal material. 4.

    The MGMN insert series are premium carbide cutting tools designed for precision and durability in a wide range of machining applications. Made from high-grade tungsten carbide, these inserts offer excellent wear resistance and edge retention, ensuring efficient cutting performance on materials such as steel, stainless steel and hardened steel. The MGMN series is well known for its versatility in turning, grooving and parting-off operations. Features such as PVD or CVD coating enhance their heat and wear resistance, making them suitable for a wide range of cutting conditions.

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.

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.

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.TDC groove type: C groove type, the raised edges on both sides of the carbide insert have negative chamfers to increase the resistance of the insert to collapse.2.Durable: The TDC grooving insert has a sharp and wear-resistant edge, high processing precision, and is not easy to stick to the knife.3.Stable performance: TDC insert uses a cemented carbide raw material matrix, and the upgraded surface coating ensures that the cutting edge has good stability, high temperature resistance, and oxidation resistance.Specifications：Brand:IRON ROOTModel Number: TDC2，TDC3,TDC4,TDC5,TDC6Type:

1. Our MGMN CNC  Grooving Inserts are suitable for various groove processing applications, with the characteristics of high precision, high efficiency and short delivery time. 2. These CNC grooving insert can be well used in various processing processes, and can ensure the size and accuracy of the groove, achieving a new grooving performance. 3. In addition to providing a variety of high-speed cutting options, MGMN inserts also have a variety of sizes and specifications, so they are very easy to adjust during the processing.

Description:1. Application: ZT grooving insert is used for slotting or transverse processing, and can cut out excellent chip breakers. 2. Material and structure: Grooving insert is made of cemented carbide, and the structure type is machine clamping type. Indexable insert can quickly and effectively replace the cutting edge. 3.

    This cutting tool is crafted from microcrystalline carbide, which has been optimized for superior wear resistance and toughness. It is further enhanced by a nanocrystalline TiALSiN coating that offers high bonding strength.

1. Material: Face grooving inserts are made of strong carbide for excellent durability and wear resistance. 2. Versatile Model Range: These inserts are available in a wide range of models to suit different turning needs. 3. PVD and CVD Coatings: Indexable inserts are available in both CVD and PVD coatings for excellent heat and friction resistance. 4.Wide Workpiece Compatibility: SP grooving inserts are suitable for a wide range of turning applications.

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.

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.

   This product utilizes a low cobalt submicron-grained cemented carbide material, which, when combined with a special post-treatment process, exhibits exceptional wear resistance and anti-adhesion properties. It is particularly well-suited for turning and finishing operations on non-ferrous metals.

     The RPMT milling insert is recognized for its exceptional precision and accuracy, ensuring high-quality outcomes with tight tolerances. Made from durable carbide, these inserts feature advanced coatings like PVD and CVD for enhanced wear resistance and performance. Versatile in application, they're suitable for turning operations, milling, and grooving, adaptable to various materials and cutting conditions. RPMT inserts also offer superior durability and longevity, reducing downtime due to tool replacements.

  The MGMN Insert is a premium tooling solution for metalworking applications. Known for its robustness and precision, it offers superior cutting performance and longevity. Ideal for various lathe operations, this insert ensures minimal downtime and maximizes efficiency. Suitable for a range of metals, it's a must-have for any precision machining task.

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.

SNMG carbide insert angle typically refers to the rake angle of the insert, which is the angle between the cutting edge and the workpiece. For SNMG inserts, this is usually a negative rake angle, which means the cutting edge is tilted downwards towards the direction of the insert's shank. This design creates a stronger cutting edge, suitable for heavier cuts and harder materials like steel, stainless steel, and cast iron.

VBMT 2(1.5)1 carbide insert is a single-sided, 35° rhombic turning insert with a positive 5° rake angle, designed for medium to finish turning operations. This insert features two effective cutting edges and is secured via a cylindrical fixing hole with a 40°-60° countersink on one side. It is suitable for a range of materials and offers a strong cutting edge due to the smaller clearance angle, which is beneficial for small inserts. The VBMT 2(1.5)1 insert is available in various sizes and coatings

     APMT indexable carbide inserts are widely used for square shoulder endmilling and facemilling applications, featuring two cutting edges for smooth free cutting action. They come in various geometries for different machining requirements, such as light cutting with lowest cutting forces (PL), medium machining with broad application range (PM), roughing with highest edge security (PR), and high positive geometry for non-ferrous materials (AL).