“To be mad, the blade is cracking again! It’s all white silver!”!!”
“Do you want to pit like this? The knife just changed into a bear.””
The tool has been changed from one to the other, and the batch production has been eliminated, seriously affecting the quality of production and even the overall production schedule
Cheap tools also used, and hundreds of teeth have also bought teeth, why still repeatedly make mistakes?
Is it true that “knife” does not work?
“knife”? No, I don’t know. Anyway, Xiao Bian has some lines!
With the rapid development of tool technology and new tool materials, metal cutting technology has been improved, various cutting technologies have been used for machining titanium alloy, stainless steel, hardened steel and other hard materials processing. At present, the cutting efficiency of difficult machining materials is still very low, how to effectively improve the cutting efficiency of difficult machining materials, reduce processing costs. Is the key.
All kinds of difficult machining materials, stainless steel, titanium alloy, hardened steel and other materials are the most representative.
Application of stainless steel materials. Involved in all walks of life from the car industry to the water industry, from the construction and structure of industry to the environmental protection industry and industrial facilities, stainless steel demand rising, the application in automobile industry is the most rapidly.
Titanium alloy is divided into alpha, alpha + beta, beta, the alpha titanium alloy for engine compressor disk and blades and rotating parts of other working temperature lower than 540 DEG C, can also be used for the engine mounting rack, rack cooling system etc.; used for aircraft landing gear type beta titanium alloy; alpha + beta type titanium alloy used in the industry, such as TC4, TC11 etc. were used in the engine front neck, disk, key structure of blade and the front casing etc..
Hardened steel is a typical wear-resistant structure material, widely used in bearings, automobile, mold and other industrial fields, mostly used for making all kinds of hardness and wear resistance of the parts of the high demand. With the increasing demand of difficult to machining materials, how to efficiently machining of these materials is an urgent problem to solve.
These materials are relatively poor machinability, such as high hardness and high strength, high plasticity and high toughness, low thermal conductivity, low plasticity, high brittleness, chemical properties too lively and characteristics caused by cutting force, high cutting temperature, cutting is difficult to control, hardening and serious tool wear low. In order to overcome the difficulties in machining the hard machining materials, you need to select the correct tool material. Because the composition and properties of different materials, cutting is also different. Therefore, only have their special characteristics, we can find out the tool material matched to the completion of the cutting process.
Hardened steel is a typical wear-resistant structure material, widely used in bearings, automobile, mold and other industrial fields, mostly used for making all kinds of hardness and wear resistance of the parts of the high demand. With the increasing demand of difficult to machining materials, how to efficiently machining of these materials is an urgent problem to solve.