Introduction to CAM
AssignmentTutorOnline
Introduction to CAM (MECH 433), Section 01 and 02
Dr. Aiman Ziout Date: Nov. 26th , 2020
Name:………………………………………………. ID :…………………………….
Use the table provided below to write full g-code program to produce the part below using Mtab turning machine
Note the following:
Dimension DD = 10 + the first two digits of your student number from the right (example 2017002345) then DD = 10 + 45 =55
The first 17 mm of the shaft are threaded, pitch p = 1.5 mm, thread depth =1.5 mm, minor diameter = major diameter – thread depth
Groove width and depth is 3 mm x 3mm, grooving tool is 3 mmx 3mm
Assume any missing information
Answer the following before start writing the program
Dimension DD =
Assume your own Max depth of cut =
Assume your own finishing allowance in X- direction =
Assume your own peck depth for grooving cycle =
# code
N100 // the start up part of the program
N200 // rough outside profiling and finishing // roughing tool and finishing tool T0101, feed rate for finishing 20 mm/minute
N300 // grooving // grooving tool T0202
N400 // Threading Cycle // threading tool is T0404, in feed angle is 80 degrees, //normal depth of cut = 100 micrometer. Assume any missing information
N500 // program end // make sure to send the tool to home position
Introduction to Complementary and Alternative Medicine
AssignmentTutorOnline
Sections 01 and 02 of MECH 433, Introduction to CAM
Aiman Ziout, M.D. The date is November 26th, 2020.
Name:………………………………………………. ID :…………………………….
Use the table provided below to write full g-code program to produce the part below using Mtab turning machine
Note the following:
Dimension DD = 10 + the first two digits of your student number from the right (example 2017002345) then DD = 10 + 45 =55
The first 17 mm of the shaft are threaded, pitch p = 1.5 mm, thread depth =1.5 mm, minor diameter = major diameter – thread depth
Groove width and depth is 3 mm x 3mm, grooving tool is 3 mmx 3mm
Assume any missing information
Answer the following before start writing the program
Dimension DD =
Assume your own Max depth of cut =
Assume
