N01 G90 G21 G94 .................................................. absolute program there for G90
N02 M06 T06 .............................................................. tool number given as 6
N03 M08 M03 S500 .................................................. spindle speed given as 500rpm
N04 G71 U7.0 R1.0
N05 G71 P07 Q11 U3.0 W0 F10.0
N06 G42 G00 X35.0 Z5.0
N07 G01 Z-20.0 F20 ............................................................ feed given as 20mm/min
N08 G02 X67.0 Z-36.0 R16.0
N09 GO1 X68.0
N10 G03 X100.0 Z-52 R16.0
N11 G01 X-82
N12 G70 P07 Q11
N13 G40 X150 Z150 M09 M05
N14 M30
NOTE
G71 turning cycle is used for rough-material removal from a CNC lathe component. G71 turning cycle makes large diameter cutting easy. Cutting can be done in simple straight line or a complex contour can also be machined very easily.
In this program G71 turning cycle will keep repeating the contour given inside P=7&Q=11 that is the G71 turning cycle will work between N07 to N11
........................
Write G-code program to machine the part shown in the figure below using a CNC lathe...
Write a CNC part program to machine 15 mm thick aluminum part shown in the figure. Use an absolute coordinate system. 140 R10 28 40 deep 45 45 155 70 40 $15 20 RIO TOOL CHANHE POINT All dimensions are in mm Three processes are needed to machine the part, 1) Drilling with cutting speed of 1000 rpm and feedrate 70 mm/min. 2) Side milling with cutting speed of 1400 rpm and feedrate 90 mm/min. 3) Slot milling with cutting...
Question 7): Write G-code program to machine the part shown in
the figure below using CNC milling machine. Use sub programming
commands (M98 and M99) in the pocket cutting. Maximum depth of cut
is 5 mm.
Question 7): Write G-code program to machine the part shown in the figure below using CNC milling machine. Use sub programming commands (M98 and M99) in the pocket cutting Maximum depth of cut is 5 mm. 60 50 0 40 100
Question 7): Write...
Develop a complete CNC program for linear and circular profile for the component shown in Figure 1 and Table 1 R10 RZ 07 . 10 18 26 Figure 1: Linear and circular profile of component Table 1: Machining parameters Billet size Ø40 x 83 mm Material Aluminium Operation Profile turning operation Spindle speed 1500 rpm Feed 80 mm/min Tool Left hand roughing
0/2: According to figure below, write A typical program for the required moves of CNC Machine (milling depth 5mm): (all units in (mm) and Absolute) ....(25 points) 100 C 25 RIO D 00 40 Q E 35 5 deep 120 1 50 15 A R10 TOOL CHANGE POINT G PROGRAM 05007
Question # 3 a) Fill the table for the absolute coordinates for the tool positions Start, P1 through P10 and End points for the contour path for the shown part. Use a 0.5" End Mill Use the lower left corner as part zero point. (60 points) 2 2 Point Start P1 P2 P3 P4 P5 P6 End b) For the part OF Question 3-a, write the CNC code for the millin contour (passing through 10 points of the geometry as...
An aluminium component is to be machined on a vertical CNC milling machine. The original stock material is a flat piece having dimensions of 125 x 105 x 10 mm3. The top and bottom surfaces of the finished component are not machined in this operation. All other surfaces and features need to be machined. The finished shape has three Æ20-mm holes machined right through and a slot is machined to a depth of 5 mm. The outside dimensions of the...
9- Write the word address program (G Code) to machine the part given below. The workpart is shown in red color. Operations are cylindrical rough and finish turning, slotting, threading and final cut-off. No facing necessary. Select the appropriate tools (diameter and type) as well as feed and speed values and cutting conditions such as use of coolant (Assume the part material is high carbon steel.) 90 110 60 50 105 35 XZ sifır releranse 40
9- Write the word...
G00 Rapid move G0 X# Y# Z# up to eight axes or GO Z# X# Gol Feed Rate move G 1 X# Y# Z# up to eight axes or G1 Z# X# G02 Clockwise move X# Y#1# J# G03 Counter Clockwise move X# Y#1# G04 Dwell time G04 L# G08 Spline Smoothing On G09 Exact stop check, Spline Smoothing Off G10 A linear feedrate controlled move with a decelerated stop G11 Controlled Decel stop G17 XY PLANE G18 XZ PLANE...
DEPTH AND OTHER DIMENSIONS ARE ASSUMPTION.
4- Write the word address program (G Code) to machine (peripheral cutting using tool radius compensation) the part given below.The workpart is shown in red color. Tool selection is depending you. (Part material is annealed brass plate.) (Please, I need the answer very much, homework deadline is today 11p.m) Part to be machined
4- Write the word address program (G Code) to machine (peripheral cutting using tool radius compensation) the part given below.The workpart...