[Intelligent Manufacturing Equipment Technology] 4.Application of CAD/CAM Software (UG 12.0)
#ICT# #IOT#

Lesson Code: TCEN2024G018

Clicks:
Academic Hours
8.00hours
Publish Date
Nov 2024

Lecturer

1. Lecturer: LI Huachuan, Guangxi Technological College of Machinery and Electricity

2. Lecturer: LI Binwen, Guangxi Technological College of Machinery and Electricity

3. Lecturer: YE Chengbao, Guangxi Technological College of Machinery and Electricity

4. Lecturer: CHEN Xiaoyun, Guangxi Technological College of Machinery and Electricity

5. Lecturer: HUANG Cheng, Guangxi Technological College of Machinery and Electricity

6. Lecturer: PANG Wanxuan, Guangxi Technological College of Machinery and Electricity

General Introduction
This course aims to develop trainees' skills in 3D modeling and programming for machining. It primarily teaches the operational methods and
applications of functional modules such as modeling, assembly, motion simulation, engineering drawing, and programming for machining.

This Course is for
● Helping trainees understand the basic concepts of CAD/CAM and master the fundamental workflow of CAD/CAM software operations.
● Enabling trainees to master 3D digital product modeling technology, including the ability to perform 3D modeling, assembly, motion simulation, and engineering drawing for mechanical components.
● Teaching trainees to master computer-aided CNC programming technology, enabling them to conduct process analysis, create machining toolpaths, and perform post-processing operations for mechanical components.

Learning Materials

● Corresponding PPT
● Online Course Video
● Simulation Question Tanks

Recognized By

Benefits of Learning

● Being able to read and interpret mechanical drawings, determine part structures according to national (industry) standards, design dimensions, and create 3D part drawings.
● Capable of performing simulated assembly and verification of mechanical parts based on mechanical structure and assembly procedures.
● Knowing how to conduct motion simulation of mechanical assembly models, output simulation animations, and perform data analysis.
● Being able to perform engineering drawing of mechanical components in compliance with national engineering drawing standards.
● Capable of analyzing part structures, determining machining process routes according to national (industry) standards, setting process parameters, generating three-axis and four-axis CNC machining toolpaths, and outputting post-processing programs.

Courses Videos
1.1 Modeling of the Engine's Main Axis (1)play 1.1 Modeling of the Engine's Main Axis (2)play 1.2 Modeling of the Lower End Coverplay 1.3 Modeling of the Drive Diskplay 1.4 Modeling of the Throttle Valve Sheet Metal Bracketplay 1.5 Modeling of the Pistonplay 1.6 Modeling of the Upper End Cover (1)play 1.6 Modeling of the Upper End Cover (2)play 1.7 Modeling of the Cylinder Block of a Engine (1)play 1.7 Modeling of the Cylinder Block of a Engine (2)play 1.8 The Assembly of Engine Main Axis Componentsplay 1.9 The Primary Assembly of a Model Aircraft Engineplay 1.10 The Motion Simulation of a Model Aircraft Engineplay 1.11 Engineering Drawing of the Cylinder Block of a Engine (1)play 1.11 Engineering Drawing of the Cylinder Block of a Engine (2)play 1.12 Engineering Drawing of the Engine Assemblyplay 2.1 Modeling of the Upper Cover (1) play 2.1 Modeling of the Upper Cover (2)play 2.2 Modeling of the Knife Roller (1)play 2.2 Modeling of the Knife Roller (2)play 2.3 Tooth Roller Modeling (1)play 2.3 Tooth Roller Modeling (2) play 3.1 Wheel Pin Designplay 3.2 Design of Wheel Standard Partsplay 3.3 Pedal Bracket Designplay 3.4 Design of Connecting Rod Sleevesplay 3.5 Structure Design of Connecting Rod Sleeveplay 4.1 Preparation of Bottom Plate Processingplay 4.2 Base Plate Manufacturing (Front Side) (1)play 4.2.Base Plate Manufacturing (Front Side) (2)play 4.3 Base Plate Manufacturing (Back Side)play 4.4 Rough Machining of the Front of the Left Vertical Plateplay 4.5 Finish Machining of the Front of the Left Vertical Plate (1)play 4.5 Finish Machining of the Front of the Left Vertical Plate (2)play 4.6 Machining of the Back of the Left Vertical Plate (1) play 4.6 Machining of the Back of the Left Vertical Plate (2)play 4.7 Machining of the Side Hole of the Left Vertical Plateplay 5.1 Preparation of Manufacturing Convex Rollerplay 5.2 Rough Machining of Convex Roller (1)play 5.2 Rough Machining of Convex Roller (2)play 5.3 Finishing of Convex Rollerplay

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