Difference between revisions of "Sample G-Code"
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| − | Tool Sensor Test: This code will loop through tools 1-4 to prove that the tool sensor is working. This | + | Tool Sensor Test: This code will loop through tools 1-4 to prove that the tool sensor is working. This calls the tool, measures the length, drives it to zero, then pauses for 3 seconds before calling the next tool. |
<pre> | <pre> | ||
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o105 SUB | o105 SUB | ||
| − | G91 X0.2275 | + | G91 X0.2275 |
| − | G90 G0 Z0 | + | G90 G0 Z0 |
| − | G91 | + | G91 |
| − | G3 I-0.2275 Z-0.125 F80 | + | G3 I-0.2275 Z-0.125 F80 |
| − | G3 I-0.2275 | + | G3 I-0.2275 |
| − | G0 X-0.2275 | + | G0 X-0.2275 |
| − | X0.1175 | + | X0.1175 |
| − | G3 I-0.1175 Z-0.725 P6 F80 | + | G3 I-0.1175 Z-0.725 P6 F80 |
| − | G3 I-0.1175 | + | G3 I-0.1175 |
| − | G0 X-0.1175 | + | G0 X-0.1175 |
| − | + | ||
| − | G90 G0 Z#4 | + | G90 G0 Z#4 |
o105 ENDSUB | o105 ENDSUB | ||
Latest revision as of 09:29, 9 March 2015
Square-Circle Test: Creates a 4in square folled by a 4in circle inside of the square. This is the code that we use to calibrate the machines.% G54 G90 G20 G0 G64 P0.01 M3 S1 G0 X0 Y2 G1 Z0 F150 Y0 X4 Y4 X0 Y2 G3 I2.0 G0 Z1 M5 X0 Y0 M30 %
Tool Sensor Test: This code will loop through tools 1-4 to prove that the tool sensor is working. This calls the tool, measures the length, drives it to zero, then pauses for 3 seconds before calling the next tool.
% G54 G20 G90 G0 X0 Y0 G64 P0.005 #1 = 1 o100 CALL [#1] G0 X0 Y0 G1 Z0 F50 G4 P3 #1 = 2 o100 CALL [#1] G0 X0 Y0 G1 Z0 F50 G4 P3 #1 = 3 o100 CALL [#1] G0 X0 Y0 G1 Z0 F50 G4 P3 #1 = 4 o100 CALL [#1] G0 X0 Y0 G1 Z0 F50 G4 P3 M30 %
Counter-bored Hole Pattern: This code will create a pattern of counterbored holes in your spoilboard using an 1/8" end mill. This program demonstrates nested loops.
%
(create counterbored holes for threaded inserts)
(use 1/8" end mill)
G0 G49 G40 G54 G90 X0 Y0
G64 P0.001
#1 = 25 (Y length)
#2 = 25 (X width)
#3 = 4 (increments)
#4 = 0.1 (z safe)
#11 = 0 (X)
#12 = 0 (Y)
o105 SUB
G91 X0.2275
G90 G0 Z0
G91
G3 I-0.2275 Z-0.125 F80
G3 I-0.2275
G0 X-0.2275
X0.1175
G3 I-0.1175 Z-0.725 P6 F80
G3 I-0.1175
G0 X-0.1175
G90 G0 Z#4
o105 ENDSUB
o107 SUB
#11 = 0
o106 while [#11 LT #2]
G90 G0 X[#11]
o105 CALL [#1] [#2] [#3] [#4] [#5]
G0 Z[#5]
#11 = [#11+#3]
o106 endwhile
#11 = 0 (reset)
o107 ENDSUB
M3 S1 M8
/G4 P20
o106 while [#12 LT #2]
o107 CALL [#1] [#2] [#3] [#4] [#5]
G91 G0 Y[#3]
#12 = [#12+#3]
o106 endwhile
M5 M9
G90
G28
M30
%