WTENN-manufacture,factory,supplier from China

(Total 24 Products for WTENN)
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.
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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.
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CCMT carbide insert lathe tools are 80° rhombic shaped inserts with a 7° positive rake angle, designed for external turning. These inserts are recommended for materials like steel, stainless steel, cast iron, and heat-resistant alloys. They are suitable for semi-finishing, finishing, and general-purpose rough turning perations. The CCMT inserts offer high precision, wear resistance, and long tool life, making them ideal for a variety of machining tasks.
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     Model:SP200/300/400/500/600    Product Name:Carbide insert    Material:Carbide                                              Application:Metal CuttingGrade:TG4105     Color:Yellow         Hardness:P15-P30    Coating:CVDThis product features a dual-structure alloy substrate that provides enhanced toughness.
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  The HM90-APKT insert is engineered for excellence in various milling operations, particularly with its Cartridge blades designed to deliver high accuracy and surface finish in 90° shouldering tasks1. These Indexable blades are favored for their versatility across steel, stainless steel, cast iron, and hard materials2. The insert's helical cutting edges contribute to smoother machining and reduced vibrations, which is essential for maintaining precision in complex components3.
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       R390 indexable inserts are designed for efficient milling operations, featuring a robust geometry that allows for high feed rates and large cutting depths, up to 9mm. They provide four cutting edges per insert, enhancing economy and versatility compared to traditional options. The sharp cutting edge minimizes cutting force, making them suitable for a variety of materials, including cast iron, steel, and stainless steel. Their optimized design ensures improved surface finish and wear resistance, making them ideal for both finishing and roughing applications.
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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.
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VBMT Metal Lathe Tools Turning Inserts are precision carbide tools designed for various metalworking applications. They feature a 35° rhombic shape with a positive 5° geometry, which is ideal for finishing to semi-finishing operations. These inserts are known for their strength and wear resistance, suitable for materials like steel, stainless steel, high-temp alloys, and cast iron. The VBMT inserts offer two effective cutting edges and are secured via a cylindrical fixing hole with a 40°-60° countersink on one side. They also have chip breakers on one face for efficient chip control.
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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.
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SCMT carbide inserts are designed for stainless steel turning, offering a 90° square shape with a 7° positive rake angle for efficient chip control and reduced cutting forces. These inserts are suitable for semi-finishing and finishing operations, providing excellent surface finishes and dimensional accuracy. The SCMT inserts feature an integrated chip breaker that optimizes chip control and reduces cutting resistance, which is beneficial for superior machining performance.
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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.
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VNMG carbide inserts are designed for turning operations on stainless steel, offering a 35° rhombic shape with a negative rake angle for high-speed machining. These inserts feature four cutting edges and are secured via a cylindrical fixing hole, suitable for a variety of materials including hardened steel and cast iron. The VNMG inserts are known for their advanced PVD and CVD coatings that extend tool life and provide excellent edge strength for mechanical and thermal shock resistance.
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SNMG 433 carbide inserts are double-sided square inserts with 8 effective cutting edges, designed for medium to rough turning operations on steel. They feature an inscribed circle diameter (IC) of 12.7 mm (0.5"), a cutting edge length (L) of 12.7 mm (0.5"), and a thickness (S) of 4.76 mm (0.1875"), along with a corner radius (RE) of 1.2 mm (0.0469"). These inserts are secured via a cylindrical fixing hole and have chip breakers on both faces, making them suitable for a variety of materials, including hardened steel.
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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.
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Description:1.TCMT turning inserts have excellent high hardness and wear resistance, suitable for turning of various materials, including steel, iron, stainless steel, aluminum, copper, etc.2.TCMT insert angle is 7° positive rake insert with chip breaker.3.TCMT carbide inserts have excellent cutting performance and can complete high-quality processing tasks in a short time, improving production efficiency.4.TCMT inserts have good dimensional stability and geometric shape accuracy, which can effectively control the roughness of the machined surface and ensure the accuracy and quality
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Description:1.SCMT turning inserts are made of durable carbide with excellent wear resistance.2.These square turning inserts have excellent edge strength and are well suited for facing and interrupted cutting operations.3.The semi-finishing and finishing chipbreaker patterns of the SCMT insert effectively control chip flow.4.The positive single-sided design with a 7° clearance angle ensures lighter cutting forces and optimal side clearance.Specification:Brand:IRON ROOTModel :SCMTType:TurningMaterial :Cemented carbide Processing characteristics: High wear resistance, impact resistance
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Description:Designed to reduce pitting, SNMG inserts excel in machining carbon steel, alloy steel, stainless steel and high-temperature alloys.Main Features:1.90° square turning insert: provides stability and precision.2.Double-sided use: extends tool life and efficiency.3.Negative rake angle: enhances chip evacuation and cutting performance.4.Cutting edge length: versatile 12mm-19mm range for a wide range of depths.5.Coating: CVD and PVD options for wear and heat resistance.6.Radius options: SNMG turning inserts are designed for finishing, general and rough turning.Specification:Bra
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Description:1. Precision machining is elevated with CNMG turning inserts, which refine the nano matrix for enhanced stability. 2. The CNMG120404/08/12, with their unique coating, offer a smooth finish without drip marks, excelling in both finishing and rough machining.
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Description:1. CCMT inserts feature a single-sided 80° design for superior cutting performance.2. Indexable turning inserts have a positive rake angle and cutting edge sizes of 6 mm, 9 mm, and 12 mm, making them flexible for semi-finishing and finishing of a wide range of materials.3.
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WNMG 431 tungsten carbide turning inserts are designed for efficient machining of steel and stainless steel. Featuring a trigon negative geometry, these inserts provide six effective cutting edges, enhancing tool life and reducing costs. With a 12.7 mm inscribed circle diameter and a corner radius of 0.4 mm, they are suitable for medium to rough turning applications. The inserts are optimized for high cutting speeds and feature advanced coatings that improve wear resistance and reduce built-up edge.
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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。
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   16ER insert: These are external threading inserts designed for precision cutting in various materials, featuring a 16-degree lead angle and right-hand     cutting edge, suitable for a wide range of applications.Carbide blades: Durable cutting tools made from tungsten carbide, known for their long-lasting     sharpness and high heat resistance, ideal for cutting hard materials with minimal vibration.Indexable blades: Versatile cutting tools with replaceable carbide     inserts, offering cost-effectiveness and adaptabi
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   11ER Thread insert: These are external threading inserts designed for use in CNC lathes, featuring a 11-degree lead angle and right-hand cutting edge.     They are suitable for a variety of materials, including steel and stainless steel, and are known for their precision and durability.   Model:11/16/22 IR  11/16/22 ER        Product Name:Carbide insert        Material:Carbide         Application:Metal CuttingGrade:TG1115  Color:Purple  Hardness:P15-P25 M10-M25 K10-K2
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     22ER insert: Precision carbide inserts designed for external threading in CNC lathes, offering durability and optimal pitch quality.  Threaded insert: A robust fastening component with internal threads, used for secure attachment in various materials, enhancing connection integrity.  CNC turning cutting tools: Essential for precision machining, these tools include a range of applications from turning inserts to boring bars, providing   efficiency and consistency in manufacturing.
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Relate News
In the context of the manufacturing industry's continuous pursuit of high precision and high efficiency, CNC tools, as the core tools of mechanical processing, are becoming a key force in promoting the progress of the industry.
On November 12, 2024, Dalian Wentongda Precision Machinery Co., Ltd. made a major breakthrough in the field of milling cutter disc technology and successfully obtained the utility model patent for "a milling cutter disc replacement mechanism" (Announcement No. CN221983982U). The patent application date is March 2024.
With the continuous advancement of modern industrial technology, China's milling cutter industry is welcoming new development opportunities. Recently, Ningbo Hongming Machinery Technology Co., Ltd.
With the digital transformation of the manufacturing industry and the growing demand for precision machining, milling cutter holders, as key machine tool accessories, are welcoming new development opportunities for technological innovation and market expansion. In 2024, China's milling cutter holder industry has made significant progress in improving product performance and expanding market influence.May 8, 2024 - China's milling cutter holder industry is experiencing unprecedented technological innovation and market expansion.
In the context of the global manufacturing industry's pursuit of higher precision and higher efficiency, the latest breakthrough in carbide blade technology has brought revolutionary changes to the field of metal processing.
With the rapid development of the manufacturing industry, the requirements for processing efficiency and precision are increasing. As an indispensable tool in metal cutting, the performance of turning inserts directly affects the processing quality and production efficiency.
In the rapid development of manufacturing industry, U-drill technology has become a key tool for improving production efficiency and processing quality with its excellent performance and wide application range. Recently, Wald (Jiaxing) Cemented Carbide CNC Tools Co., Ltd. launched its star product, SP and WC series U-drills, marking another major progress in U-drill technology.Technological innovation:Jiaxing's U-drill adopts the new grade CT5025.
With the rapid development of the manufacturing industry and the growing demand for precision machining, China's end mill industry is welcoming new development opportunities.According to the "China End Mill Industry: End Mill Market Size and Development Trend Analysis Report 2023" released by Betzers Consulting, the global end mill market capacity reached RMB billion in 2022, and the Chinese market capacity also reached RMB billion.
U drills, also known as U-type drills or indexable insert drills, are highly versatile and efficient tools used in a variety of machining applications across different industries.They are particularly suited for drilling holes in materials such as steel, stainless steel, cast iron, aluminum, and other non-ferrous metals, as well as certain composite materials .
With the in-depth promotion of Industry 4.0, the requirements of manufacturing industry for processing tools are becoming increasingly stringent. In this context, as a leader in metal cutting tools, alloy drills have received widespread attention for their technological progress and market development.