mini cnc metal 3040 4 axis metal cutting machine for Aluminum parts
Step 1. Preparation
(1) Below is our Aluminum parts before engraving:
(2) Below are our engraving bits:
Step 2. Process:
These are our experimental procedures, which mainly include three aspects: rough engraving by 3mm flat bottom engraving bits and 6mm flat bottom engraving bits,accuracy engraving by R1 flat bottom engraving bits and R0.5 flat bottom engraving bits
(1)Rough Engraving by 6mm flat bottom engraving bits
Table 1 .Rough Engraving by 6mm flat bottom engraving bitsl Parameter Table
Project |
Value |
Carving Tool |
3mm flat bottom engraving bits |
Spindle Speed |
9000RPM |
Feed Speed |
800mm/min |
Feed Depth |
0.15mm |
Precision |
0.02mm |
Processing Time |
40mins |
(2)Rough Engraving by 3mm flat bottom engraving bits
Table 1 .Rough Engraving by 6mm flat bottom engraving bitsl Parameter Table
Project |
Value |
Carving Tool |
3mm flat bottom engraving bits |
Spindle Speed |
10000RPM |
Feed Speed |
800mm/min |
Feed Depth |
0.15mm |
Precision |
0.02mm |
Processing Time |
60mins |
(3)Accuracy Engraving by R1 flat bottom engraving bits
This is the first step of accuracy Engraving
Table 2 .Accuracy Engraving by R1 flat bottom engraving bits Parameter Table
Project |
Value |
Carving Tool |
R1 flat bottom engraving bits |
Spindle Speed |
10000RPM |
Feed Speed |
500mm/min |
Feed Depth |
0.1mm |
Precision |
0.02mm |
Processing Time |
60mins |
(4)Accuracy Engraving By R0.5 flat bottom engraving bits
This is the final accuracy Engraving, the precise production of Aluminum parts is completed through this step.
Table 3 . Accuracy Engraving By R0.5 flat bottom engraving bits Parameter Table
Project |
Value |
Carving Tool |
R0.5 flat bottom engraving bits |
Spindle Speed |
10000RPM |
Feed Speed |
300mm/min |
Feed Depth |
0.05mm |
Precision |
0.02mm |
Processing Time |
60mins |
Step 3. Product comparison before and after engraving
Below,the two on the left are the jade material and 3d file picture, The right picture is Aluminum parts sample after engraving.
Chinacnczone wish you all the best.