CNC Programing Course basic to premium

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About Course

This CNC Programming Course (Basic to Premium) is designed to take learners from fundamental concepts to advanced CNC machining techniques. The course covers G-code, M-code, machine setup, tooling, work offsets, and program optimization. Students will gain practical knowledge of CNC turning and milling operations with real-world examples. Step-by-step lessons ensure a strong understanding for beginners while advancing skills for experienced learners. By the end of this course, learners will be able to confidently create, edit, and optimize CNC programs for industrial applications. This course is ideal for students, machine operators, and professionals looking to upgrade their CNC programming skills.

What Will You Learn?

  • Understand the fundamentals of CNC machines, their working principles, and the role of simulators in safe program testing.
  • Gain proficiency in CNC programming, including G-codes, M-codes, program structure, subprograms, and canned cycles.
  • Learn how to set up machines, define offsets, fixtures, and coordinate systems for precise operations.
  • Develop skills in tooling and material selection, including types of tools, coatings, and factors affecting machining performance.
  • Master 2.5D and 3D milling operations, high-speed machining strategies, and lathe operations including facing, turning, threading, and grooving.
  • Gain hands-on experience in SolidCAM, including creating projects, defining stock and tools, generating toolpaths, simulating operations, and post-processing for machine-ready programs.
  • Learn to verify toolpaths, detect collisions, and optimize CNC programs for safe, accurate, and efficient shop-floor operations.
  • Build confidence to handle real-world CNC machining projects, from programming to finished component production.

Course Content

Introduction to CNC Machines & stimulator

  • Basic Introduction to Machine and stimulator
  • how to operate stimulator

CNC codes & program construction

Machine setup and operation

VMC programming

Canned Cycles & sub programming

Tooling & Meterial Selection

INtroduction of solidCAM

SolidCAM Project setup

SolidCAM Milling operations

SolidCAM Turning Operations

Stimulating & post processing

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