SSCNC and SSMAM

SSCNC and SSMAM are CNC simulation tools. SSCNC is used for basic CNC training and G-code simulation for 2–3 axis milling and turning, while SSMAM extends it to advanced 4- and 5-axis multi-a

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Created by Anant Tikone Last Updated 29/12/2025 16:51

₹2,500.00 ₹8,999.00 72.22% off

What's Included

  • 11 Lectures
  • Access on tablet and phone
  • Certificate of completion

Preview

What you'll learn

  • Understand CNC machine fundamentals and axis movements (X, Y, Z, A, B, C).
  • Learn to read, write, and debug G-code for milling and turning.
  • Practice 3-axis, 4-axis, and 5-axis machining concepts safely in simulation.
  • Visualize toolpaths, tool orientation, and machine kinematics clearly.
  • Gain hands-on experience with industry-style CNC controllers.
  • Identify and avoid collisions, errors, and inefficient machining strategies.
  • Build confidence before working on real CNC machines.
  • Prepare for careers in CNC machining, CAM programming, and manufacturing.

Course Curriculum

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11 Lectures

00:00

Requirements

  • Basic knowledge of machining or manufacturing (preferred, not mandatory).
  • Fundamental understanding of mathematics and geometry.
  • A computer capable of running SSCNC / SSMAM software.
  • Interest in CNC machining, CAM, or manufacturing technology.
  • Willingness to practice CNC programming and simulations.

Description

SSCNC
SSCNC is CNC simulation and training software that replicates real CNC machines and controllers in a virtual environment. It allows users to write, edit, and run CNC programs safely without using an actual machine.

Why it is used

  1. To learn CNC programming (G & M codes)
  2. To practice machine operation without risk of crashes
  3. To understand CNC controller interfaces (Fanuc, Siemens, Haas, etc.)
  4. To test programs before running them on real machines

Who can use it

  1. CNC beginners and trainees
  2. Students in technical institutes and universities
  3. CNC operators and programmers
  4. Training centers and vocational schools

Benefits

  1. No risk of machine damage
  2. Reduces training cost and material waste
  3. Improves understanding of CNC fundamentals
  4. Builds confidence before real machining
  5. Safe environment for trial and error.

SSMAM

SSMAM is an advanced multi-axis machining module of SSCNC designed specifically for 4-axis and 5-axis CNC simulation. It focuses on complex machine kinematics and simultaneous multi-axis movement.

Why it is used

To learn and simulate 4-axis and 5-axis machining

  1. To understand rotary axes (A, B, C) behavior
  2. To verify complex multi-axis CNC programs
  3. To visualize tool orientation and machine motion

Who can use it

  1. Advanced CNC programmers
  2. CAM engineers
  3. Aerospace, mold, and die designers
  4. Engineering students learning multi-axis machining
  5. Professionals transitioning from 3-axis to 5-axis machining

Benefits

  1. Safe learning of complex multi-axis machining
  2. Better understanding of machine kinematics
  3. Reduced risk of collisions on real machines
  4. Improved programming accuracy
  5. Faster learning curve for 5-axis concepts

Instructors

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Anant Tikone