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TNMG1604004L-S inserts adopt standard triangular structure with 0.4mm nose radius, designed for stainless steel turning based on diverse cutting conditions and workpiece materials. They support multiple machining types including semi-finishing and finishing of 304, 316 and other stainless steel materials. The MS special chipbreaker delivers excellent cutting performance and outstanding anti-buildup property, extending long tool life, making them a popular choice for demanding stainless steel threading & turning applications.
TNMG160404-MS inserts adopt standard triangular structure with 0.4mm nose radius, designed for stainless steel turning based on diverse cutting conditions and workpiece materials. They support multiple machining types including semi-finishing and finishing of 304, 316 and other stainless steel materials. The MS special chipbreaker delivers excellent cutting performance and outstanding anti-buildup property, extending long tool life, making them a popular choice for demanding stainless steel threading & turning applications.
TNMG160408-TM carbide turning inserts feature a 0.8mm nose radius and TM chipbreaker, designed for metric steel turning. Suitable for carbon & alloy steel roughing to semi-finishing, they provide stable cutting performance and extended service life, ideal for general-purpose turning demands.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
Taps come in various shapes and sizes, depending on the thread size and pitch required. They can be used for creating a range of thread types, including metric and imperial threads, coarse and fine threads, and special thread forms. And can offer excellent cutting performance and tool life, making them a popular choice for demanding threading applications.
