CNC TURNING FANUC

Course Detail
CNC TURNING FANUC
(1500 Review)

ABOUT THE COURSE

  • The modern manufacturing machines utilise the CNC technology known for their accuracy and precision without much human intervention.
  • This course is intended for the users willing to start their career in the manufacturing sectors working on CNC Turning Machines.
  • Expert programmers have developed this course based on the industrial requirements.
  • CNC programs and exercises for practice cover all the most commonly used G and M codes.
  • The Use of computers during training program help the students to work in 3D environment using specialized software and simulate tool’s cutting motions to verify their programs.
  • This course is equally prescribed for the technical or non-technical students to have a complete understanding of CNC technology.

OUR CURRICULUM

INTRODUCTION
  • Lecture 1.1:
    What is a CNC control?
    30 Minute
  • Lecture 1.2:
    How FANUC CNC control is different from other CNC controls
    30 Minute
  • Lecture 1.3:
    Introduction to FANUC CNC control screen layout
    30 Minute
  • Lecture 1.4:
    Explanation of Coordinate system
    30 Minute
  • Lecture 1.5:
    Meanings of WCS, MCS and reference point
    30 Minute
  • Lecture 1.6:
    Right hand rule for Lathe Axis designation
    30 Minute
  • Lecture 1.7:
    Fundamentals of 2 Axis, 3 axis and 5 axis CNC Turning machine
    30 Minute
  • Lecture 1.8:
    Fundamental Difference between Turning and TurnMill
    30 Minute
  • Lecture 1.9:
    Advantage of dual spindle CNC Turning
    30 Minute
  • Lecture 1.10:
    Description of Operating Modes
    30 Minute
  • Lecture 1.11:
    Manual control modes : JOG/HANDLE/MDA Modes
    30 Minute
CNC TURNING MACHINE SETUP AND MACHINING OPERATIONS
  • Lecture 2.1:
    What is a Lathe?
    30 Minute
  • Lecture 2.2:
    How the Lathe Machine Works
    30 Minute
  • Lecture 2.3:
    Machine Components and Their Locations
    30 Minute
  • Lecture 2.4:
    List of CNC Turning Machine Operations
    30 Minute
  • Lecture 2.5:
    Tool selection Criterion
    30 Minute
  • Lecture 2.6:
    Tool Holding In Tool Turret
    30 Minute
  • Lecture 2.7:
    Nomenclature of Tools and Inserts
    30 Minute
  • Lecture 2.8:
    Work Holding Methods
    30 Minute
  • Lecture 2.9:
    Introduction of Fixtures
    30 Minute
PART PROGRAM CREATION AND EDITING METHODS
  • Lecture 3.1:
    Explanation of Elements of Program Header
    30 Minute
  • Lecture 3.2:
    Program Units Selection
    30 Minute
  • Lecture 3.3:
    Tool Selection and Calling Offsets
    30 Minute
  • Lecture 3.4:
    Spindle Speed Selection and Direction of Rotation
    30 Minute
  • Lecture 3.5:
    Concept of Constant RPM (G97) and Constant Surface Speed (G96)
    30 Minute
  • Lecture 3.6:
    Setting The Cutting Feed Rate (G98 and G99)
    30 Minute
  • Lecture 3.7:
    Linear Tool Path Programming (G00 and G01)
    30 Minute
  • Lecture 3.8:
    Simple Programs for Facing and Chamfering
    30 Minute
  • Lecture 3.9:
    Simple Programs for Step Turning and Taper Turning
    30 Minute
  • Lecture 3.10:
    Circular Tool Path Programming (G02 and G03)
    30 Minute
  • Lecture 3.11:
    Creating Fillets and Rounds on Workpiece
    30 Minute
  • Lecture 3.12:
    Introduction to Simple Program Cycles
    30 Minute
ADVANCE PROGRAMMING TECHNIQUES FOR TURNING JOBS
  • Lecture 4.1:
    Introduction to Multiple Repetitive Programming Cycles
    30 Minute
  • Lecture 4.2:
    Use and Application of Multiple Turning Cycle (G71)
    30 Minute
  • Lecture 4.3:
    Use and Application of Multiple Facing Cycle (G72)
    30 Minute
  • Lecture 4.4:
    Use and Application of Profile Repeating Cycle (G73)
    30 Minute
  • Lecture 4.5:
    Finishing Cycle (G70)
    30 Minute
  • Lecture 4.6:
    Strategy Planning For Forged and Cast Components
    30 Minute
  • Lecture 4.7:
    Criteria for Feed, Speed and Depth of Cut Selection
    30 Minute
  • Lecture 4.8:
    Introduction to Insert Grades for Hard Materials
    30 Minute
  • Lecture 4.9:
    Industry Case Studies
    30 Minute
  • Lecture 4.10:
    Industry Based Exercises and Questionnaire for Practice
    30 Minute
  • Lecture 4.11:
    Verification and Simulation of Advance Programs
    30 Minute
  • Lecture 4.12:
    Training Videos by World Class CNC Machine Manufacturers and Users
    30 Minute
  • Lecture 4.9:
    Machine Practicals for Cutting Job Using Advance Programming Codes
    30 Minute
CUTTING THREADS ON CNC TURNING MACHINE
  • Lecture 5.1:
    Theory Classes on Thread Profiles and Thread Nomenclature
    30 Minute
  • Lecture 5.2:
    Introduction to ISO, British and American Thread Standards
    30 Minute
  • Lecture 5.3:
    Threading Insert Types and Selection Criteria
    30 Minute
  • Lecture 5.4:
    Introduction to Thread Cutting Strategy For Accurate Profile Machining
    30 Minute
  • Lecture 5.5:
    Cutting Straight Threads
    30 Minute
  • Lecture 5.6:
    Concept of Single Start Threads
    30 Minute
  • Lecture 5.7:
    Cutting Right Hand Threads
    30 Minute
  • Lecture 5.8:
    Threading Codes G92 and G33
    30 Minute
  • Lecture 5.9:
    Thread Cutting Practicals on Simulation Software
    30 Minute
  • Lecture 5.10:
    Setting Machine for OD and ID Threading
    30 Minute
  • Lecture 5.11:
    Real Time Machining Practical on Industrial CNC Turning Machine
    30 Minute
INTERNAL (ID) MACHINING OPERATIONS
  • Lecture 6.1:
    Introduction to Drilling Boring and Tapping Operations
    30 Minute
  • Lecture 6.2:
    Standard Drilling Operation Using G81
    30 Minute
  • Lecture 6.3:
    Peck Drilling - G74
    30 Minute
  • Lecture 6.4:
    Straight Boring
    30 Minute
  • Lecture 6.5:
    Taper Boring
    30 Minute
  • Lecture 6.6:
    ID Chamfer and Rounds
    30 Minute
  • Lecture 6.7:
    Cutting Internal Grooves
    30 Minute
  • Lecture 6.8:
    Programs for Deep Grooves - Safety Precautions
    30 Minute
  • Lecture 6.9:
    Machining Cycles For Straight and Taper Boring
    30 Minute
  • Lecture 6.10:
    Creating Program for Drilling, Boring and Threading
    30 Minute
  • Lecture 6.11:
    Offline Practical on Desktop PC and 3D Simulation
    30 Minute
  • Lecture 6.12:
    Machining a Workpiece on Industrial CNC Turning Machine
    30 Minute