CNC Programming Course

In today’s highly competitive environment, taking two steps ahead is very important, in development or learning new skills. One such skill that can take your career to new heights is CNC programming. The computerized numerical control (CNC) programming course, offers you an opportunity to master this cutting-edge technology, opening doors to a wide range of job opportunities.

Here we will discuss all the benefits of enrolling or registering yourself in a CNC programming course near you in Chandigarh, how & what you will learn from the training, career growth, and why pG-Tech Private Limited is the best CNC training provider in Chandigarh.

Why Choose A CNC Programming Course?

• CNC Programming is very important because CNC programming in today’s modern manufacturing processes enables machines to produce high-quality products with precision and well accuracy.
• The demand for skilled CNC programmers is ever-increasing, making it an excellent career choice with a promising future. By enrolling in a CNC programming course, you can:
• 1. Increase your employability and enhance your skillset
• 2. Stay updated with the latest industry trends and technologies
• 3. Benefit from the growing demand for CNC professionals
• 4. Prepare for a rewarding career with excellent growth opportunities

Comprehensive CNC Course Certification:

• 1. Introduction to computerized numerical control
• 2. Understanding CNC machine tools and their components
• 3. CNC programming basics, including G-code and M-code
• 4. CNC tooling and work-holding devices
• 5. CNC machining processes, such as milling, turning, and grinding
• 6. CNC machine setup, operation, and maintenance
• 7. Computer-aided design (CAD) and computer-aided manufacturing (CAM) for CNC programming
• 8. Quality control and inspection techniques
• 9. CNC programming for advanced applications, such as 5-axis machining and rapid prototyping
• 10. Job planning, cost estimation, and project management for CNC machinists.

CNC Training Course Full Syllabus:

• CNC Machine Operator
• • Understanding of All CNC Machining Operations.
• • • Know Complete details about the CNC Control Panel
• CNC Machine Setter
• • Start From Best Machine Settings / Workpiece Holding / Tool Holding
• • Know Everything about Tool Offset or Work Offset
• • How To Changing Offset Parameters On CNC Control Panel Practically
• CNC Programmer
• • Basics of CNC Programming: Know What is G and M Codes, like Differences & Uses Prospective
• • Program Header & Footer uses
• • Advanced Programming Techniques Using easily
• • Basic Machining cycle
• • Advanced Machining Cycles To Improve Productivity
• • Canned Cycles Importance & Uses
• • Use of Mirroring Commands & their Benefits
• • Use Of Subroutines Or Subprogram
• • Technique To Reduce the Machining Cycle Time
• CNC Milling/Turning
• • What Is Fanuc Control & Why It Is Important?
• • Description of Different Operating Modes
• • Explanation of Coordinate System In CNC
• • Description of Feed Override and Spindle Speed Override Technique
• • Creating New Tools in Tool Offset Area
• • A procedure for determining tool offsets
• • Offset values for various tools.
• • Enter / Modify the Work Offset.
• • Meaning of G and M Codes.
• • Deep Meaning Of S-, T-, F- Function.
• • What Is CNC Program.
• • Structure of CNC Program.
• • Creation of Slots Using G00 And G01 Commands.
• • Cutting Circles and Ellipses.
• • Editing and Deleting Part Program.
• • Description of Work Offset / Tool Offset.
• • Description of Programming Modes.
• • Absolute and Incremental Mode.
• • Cutter Radius Compensation.
• • Cutting Dies and Punches.
• • Introduction to Subprogram.
• • Mirroring A Profile Using Subprogram.
• • Axis Rotation Commands.
• • Use of Scaling Commands.
• • Cutting Circular and Rectangular Pockets.
• • Introduction to Canned Cycles.
• • Introduction of Drilling, Boring, And Tapping Operations
• • Understanding Tool Motion in Canned Cycles.
• • Creating Holes in Different Patterns.
• • Creating Holes On PCD.
• • Cutting LH And RH Threads Using Tapping Cycles.
• • Calculation of Spindle Feed and Feed Value for Tapping.
• • Concepts of Countersinking and Counter Boring for Enlarging holes.
• Turning Operation
• • Tapered turning
• • Spherical turning
• • Hard turning
• • Facing
• • Grooving
• • Parting
• • Threading
• • Boring
• • Drilling
• • Knurling
• • Reaming
• • Polygonal turning
• Milling Operation
• • Face Milling
• • Plain Milling
• • Angular Milling
• • Form Milling
• • Slitting
• • Gear Cutting
• • Key Way Milling
• • Helical Milling
• • Profile Milling