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Formal characteristics of the structure of non-standard tools
Non-standard tool structure integral type, welding type and mechanical clamping type. The overall structure is to make the cutting edge on the cutter body; the welding structure is to braze the cutter head to the steel cutter body; there are two types of mechanical clamping structures, one is to clamp the cutter head on the cutter body, and the other is Clamp the brazed cutterhead onto the cutter body. Non-standard carbide tools generally adopt welding structure or mechanical clamping structure; non-standard ceramic tools adopt mechanical clamping structure. The structure of various non-standard tools consists of a clamping part and a working part.
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What are the characteristics of deep hole tools? Manufacturers answer for you
Rough cutters include special cutters for T-shaped deep hole rough and semi-finishing boring heads with cemented carbide welded structure and machine-clamped cutters with single-edged indexable blade structure.
Non-standard tool manufacturers take you to understand the difference between forming tools and ordinary tools
Manufacturers of non-standard knives said that they should understand well in advance when purchasing knives. You can avoid stepping on the pit by watching Dobby more. It will also save everyone from returning or dissatisfied, so how to distinguish forming knives from ordinary knives? The editor will answer it for everyone.
What are the factors that affect the service life of forming tools? The manufacturer has something to say
Linear speed has a great influence on tool life. If the line speed is 20% higher than the specified line speed of the sample, the tool life will be reduced to 1/2 of the original; if it is increased to 50%, the tool life will only be 1/5 of the original. To improve the service life of the tool, it is necessary to know the material and state of each workpiece to be processed and the linear speed range of the selected tool. The linear speed of the tool is not the same, and it can be adjusted according to the specific situation during processing to achieve a more ideal effect. The data of the line speed during rough machining and finish machining are not consistent. The rough machining is mainly to remove the allowance, and the line speed should be low; the finish machining is mainly to ensure the dimensional accuracy and roughness, and the line speed should be high.