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2026-02-04
What is a tooth cutter? Application of PTIR/L carbide internal-hole tooth cutters.
The thread turning tool, also known as a thread-cutting tool, is primarily used for machining high-precision internal threads. This article introduces the structural features, applicable materials, and industry applications of PTIR/L carbide internal-threading tools, helping to address the stability issues encountered when machining internal threads with small diameters.
2026-01-29
Meaning and Applications of LIZHOU SDMT1205 Milling Inserts for Face Milling and Shoulder Milling
The Lizhou cemented carbide SDMT1205 is a commonly used square indexable milling insert suitable for face milling and shoulder milling of steel parts and die steels. This article provides a detailed introduction to the model designation, machining materials, applicable working conditions, and practical application advantages of the SDMT1205 milling insert from Lizhou.
2026-01-29
PNMU0905 High-Feed Milling Insert – Lizhou Carbide Tools
The Lizhou Cemented Carbide PNMU0905 is a high-feed milling insert featuring an arc-shaped cutting edge. It offers smooth cutting action and low vibration, making it ideal for roughing operations on steel, die steel, and cast iron, as well as for roughing cavity milling. Directly supplied by the Lizhou cemented carbide manufacturer, this insert delivers high efficiency, low costs, and enhanced stability.
2026-01-29
What is the APMT1135 milling insert?
A detailed explanation of the LIZHOU cemented carbide APMT1135 milling insert: its model designation, machining applications, and suitable materials. The LIZHOU cemented carbide APMT1135 is ideal for face milling, shoulder milling, and cavity machining. It offers smooth cutting action and boasts excellent versatility, making it a popular choice among mold manufacturers and mechanical processing shops.
2026-01-29
What are BNM ball-nose milling inserts?
The Lizhou carbide BNM indexable ball-end milling insert is suitable for machining curved surfaces, cavities, and complex contours. Compared to conventional milling inserts, it offers greater stability and durability, making it ideal for materials such as steel and cast iron. This article provides a detailed analysis of the BNM’s application scenarios, structural advantages, and common issues.
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