Determination of Cutting Parameters for Cubic Boron Nitride (CBN) Inserts
When determining the cutting parameters for cubic boron nitride (CBN) inserts, it is essential to comprehensively consider multiple factors, including the characteristics of the workpiece material, the type and geometry of the insert, machine tool performance, and desired machining quality. Below are key cutting parameters and their determination methods: >>
Unlocking the scientific and technological code of wear resistance of BERLT Cubic Boron Nitride comp
2024/12/30
In today's precision manufacturing arena, tool wear resistance is undoubtedly one of the key factors in determining production efficiency and machining accuracy, and Cubic Boron Nitride composite tool material is like a shining star, attracting attention. >>
What is the solution to the CBN insert cutting heat problem?Four strategies to open the "heat c
2024/12/23
In this paper, we will discuss how to effectively control the increase of cutting heat during the cutting process of CBN inserts, covering several key aspects such as optimisation of cutting parameters, optimisation of tool geometry, use of cutting fluids and stability of the machining system. >>
Why does cold work hardening affect cutting?Explore the mystery
2024/12/16
Cold work hardening, as an important phenomenon presented in the process of plastic deformation of metal materials at room temperature, has a significant impact on cutting and machining in many ways. >>
CNC Milling Tools: In-depth Insights into Types, Structures and Materials
2024/12/9
In the precision manufacturing field of CNC milling, the tool is called ‘soul’ like existence, and its variety, from different dimensions with a variety of classification methods, and behind each classification, are embedded in a unique process considerations and application value. >>
Zhengzhou BERLT CBN blades: super sharp edge for high manganese steel rolling mortar wall machining
2024/12/2
In the cone crusher, the rolling wall plays an extremely important role as a key accessory. The main material is high manganese steel, which has the unique property that when subjected to severe impact or contact stress, the surface will harden rapidly, while the core still retains strong toughness. >>
