CVD mkpuchi okpukpu abụọ CCMT09T308-HM Carbide ntinye ntinye maka igwe dị nro.
O siri ike:
Turning Holder/Lathe Holder
due to use of high quality raw material and advanced technology in
Nrụpụta dị elu:
due to its high hardness, the insert has good cutting performance, can work at higher speeds with less power consumption;
Oke izi ezi:
the insert has a small clearance between the cutting edge and bore hole, so it can increase the accuracy of machining process;Low vibration and noise during operation.
To prevent insert waste and easily detect wear, the gold-colored TiN outer layer of the Dragonskin multilayer CVD Ti(C,N)/Al2O3/TiN coating from cutting tool. It not only enables users to clearly identify insert wear and index before a breakage, but also prevents sharp cutting edges from going unused and the insert being inadvertently discarded.
ISO-P steels are by far the largest material group in part machining, and includes materials from ductile, low-carbon steels to high-alloy steel grades. Added to this are variations in hardness, application types and machining conditions during the turning operation. To make choosing an appropriate indexable insert grade easier.
The cutting characteristics of most turning applications are similar. For a given surface only one cutting tool is used. This tool must overhang its holder to some extent to enable the holder to clear the rotating workpiece. Once the cut starts, the tool and the workpiece are usually in contact until the surface is completely generated. During this time the cutting speed and cut dimensions will be constant when a cylindrical surface is being turned. In the case of facing operations the cutting speed is proportional to the work diameter, the speed decreasing as the center of the piece is approached. Sometimes a spindle speed changing mechanism is provided to increase the rotating speed of the workpiece as the tool moves to the center of the part.