SK Drill Chuck Arbor For CNC Lathe And Mill CNC Clamping Tools

SK Drill Chuck Arbor for CNC Lathe & Mill, cnc machine tool clamping tools

SK40 Drill Chuck Arbors ,Each tool holder can be assembled by a variety of serialized modules. Sk Drill Chuck Arbor for different parts and machine tools, different assembly schemes can be adopted to obtain a variety of tool shank series, thus improving the adaptability and utilization of tool shank.SK Shank Drill Chuck Arbors Drilling Machine,The connecting rod is mainly used for drilling and milling machine used in drill chuck, generally used for lathe, milling machine, machining center machine etc.. Drill Arbor Connecting rod using the alloy structure steel, the hardness reached 58-62 degrees, the speed of up to 12000 rpm.

The structure of tool holder of CNC machine tool can be divided into two types: integral mode and modular mode. The working part of the clamping tool of the integral tool holder is integrated with the handle used for fixing and positioning on the machine tool. This kind of tool holder has poor adaptability to the transformation of machine tools and parts. In order to adapt to the transformation of parts and machine tools, users must store various specifiCATEEions of tool holders, so the utilization rate of tool holders is low. Modular cutting tool system is an advanced cutting tool system.

SK Drill Chuck Arbor SpecifiCATEEions

1.SK Drill Chuck Arbor Material:20CrMnTi
2.SK Drill Chuck Arbor Harded:HRC58-62
3.Run out is less than 0.005mm
4.SK Drill Chuck Arbor Tool holders arranges cover BT30/40/50,CATEE30/40/50,DIN69871A30,40,50
5.Three kinds of cooling A:without cooling supply AD:central cooling supply AD/B:central cooling supply and with inernal coolant through the collar
6.SK Drill Chuck Arbor Balanced tool holder available G6.3=12000rpm G2.5=20000rpm

7.SK Drill Chuck Arbor Usage:for clamping tools with Morse taper shank and thread according to DIN 228-1 form A.

DIN69871 Drill Chuck Arbors 40-B16 20CrMnTi ,Modular cutting tool system is an advanced cutting tool system. Each tool handle can be assembled by a variety of serialized modules. For different parts and machine tools, different assembly schemes can be adopted to obtain a variety of tool shank series, thus improving the adaptability and utilization of tool shank.

The working part of the clamping tool of the integral tool holder is integrated with the handle used for fixing and positioning on the machine tool. This kind of tool holder has poor adaptability to the transformation of machine tools and parts. In order to adapt to the transformation of parts and machine tools, users must store various specifiCATEEions of tool holders, so the utilization rate of tool holders is low