Tool for machining thrust surface of diesel engine cylinder block and machining method thereof
A thrust surface and cylinder block technology, which is applied to lathe tools, manufacturing tools, metal processing equipment, etc., can solve the problems of poor processing stability, easy to cause tool vibration, and large tool consumption, so as to reduce investment and operation Convenience and cost-saving effect
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Embodiment 1
[0027] Refer Figure 1-5 , A tool and processing method thereof for processing a diesel cylinder block surface, including: the bottom of the blade body 5, the bottom of the tool body 5 is provided with a first step pin 1, the second step 2, the third step 3 And the fourth stepper holder 4, the top surface of the blade 5 is provided with a slider body avoidance site 6, the first step pin 1, the second step 2, the third step 3, and the fourth step 4 The shape is triangular, one side of the first step pin 1 and the second step of the second stepped cutting holder 2 are horizontally formed into a angle, the third step 3, one side and the fourth stepped cutter 4 Both are vertical with the horizontal surface, one end of the blade body 5 is connected to the machine tool; the cylinder sanding surface 16, the cylinder stem surface 16 is disposed at one end of the tool body 5 away from the machine main shaft, the third step 3 center hole and fourth The center hole of the stepper holder 4 to ...
Embodiment 2
[0031] A method of processing a tool for a processing diesel cylinder block surface, including the following steps:
[0032] Step 1, the tool body 5 is connected to the machine tool spindle, the machine spindle orientation, in the center of the thrust face 15 on the cylinder block surface 16, the tool body 5 is shifted to the tool body avoiding the part 6 direction, ensuring the tool body 5 When the push face 15, the first step blade 7, the second step blade 8, the third step blade 9, and the fourth step blade 10 on the tool body 5 and the counter body 5 can avoid the thrust face 15;
[0033] Step 2, the axial feedthrough is passed through the push surface 15, the fourth stepper holder 4 enters the first side surface 14 of the thrust surface, and after sufficiently safe distance, the tool body 5 is back, the fourth step 4 axial direction After the feeder processing, the first side 14, after completion, the second step 3 is processed by the second side surface 11 of the second step...
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