Blog
2025-07-25
Advantages of machining stainless steel turning inserts SNMG120408
In machining, stainless steel has always been considered a difficult material to process. It is tough, has poor thermal conductivity, and is prone to problems such as chip welding, built-up edge, and rapid wear and tear. So, how can you easily handle stainless steel? The answer is simple—choose the SNMG120408-MS/MA stainless steel turning insert!
2025-07-24
Advantages of Machining Stainless Steel Turning Blades TNMG1604
Stainless steel is a common yet challenging material. Its high toughness, hardness, and poor thermal conductivity often lead to difficulties such as tool sticking, built-up edge, and rapid tool wear during machining. So, how can one efficiently and economically machine stainless steel? The answer is simple: choose a blade optimized for stainless steel, such as TNMG1604-MA or TNMG1604-MS.
2025-07-22
Advantages of stainless steel lathe tool CNMG120408-MS\MA
Stainless steel is a common processing material. It has high strength and ductility, and is prone to chip adhesion and built-up edge during cutting, leading to accelerated tool wear and poor surface roughness. To achieve stable and high-quality machining of stainless steel, it is necessary to choose a blade specifically designed for it. At this time, the CNMG120408-MS/MA stainless steel turning blade perfectly addresses these processing challenges.
2025-07-21
Advantages of SNMA120408 cast iron turning inserts
Cast iron, as a common structural material, is widely used in the automotive, machinery, and mold industries. However, it is also a "difficult" material: it has high hardness, high brittleness, and high carbon content. During processing, problems such as chipping, built-up edge, and interrupted cutting are very likely to occur. Therefore, choosing a suitable blade is particularly important.
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