SolidWorks CAD & Solid CAM Milling & Turning (CAD-CAM)

Course Main Contents (2 Courses!):

• Course 1:                SolidWorks CAD
• Course 2:              Solid Cam (Manufacturing)

A SolidWorks and Solid CAM course would typically focus on the fundamentals of 3D CAD design using SolidWorks and then delve into CNC machining and manufacturing with Solid CAM. Here’s a basic outline for each course:

Introduction to SolidWorks

• Overview of SolidWorks and its capabilities
• Understanding the SolidWorks interface
• File types and document management in SolidWorks

2. Sketching Basics

• Drawing basic shapes (lines, circles, rectangles)
• Applying dimensions and constraints
• Sketch relations (horizontal, vertical, coincident, etc.)
• Using the sketch tools (offset, trim, extend, etc.)

3. Part Modeling

• Creating 3D parts using Extrude, Revolve, and Sweep
• Editing features (fillet, chamfer, shell, etc.)
• Using the feature manager design tree
• Working with assemblies (mate components together)

4. Advanced Part Design

• Using lofts, sweeps, and patterns
• Creating complex features (holes, ribs, bosses)
• Editing and modifying part features
• Working with reference geometry (planes, axes, points)

5. Assembly Modeling

• Creating assemblies from individual parts
• Applying mates and constraints
• Assembly design best practices
• Analyzing interference and motion in assemblies

6. Drawing & Detailing

• Creating 2D technical drawings from 3D models
• Adding dimensions, annotations, and tolerances
• Generating exploded views
• Setting up drawing templates

Solid CAM Course (For CNC Machining)

1. Introduction to Solid CAM

• Overview of Solid CAM and its integration with SolidWorks
• Understanding the Solid CAM interface and toolbars
• Basic CAM terminology (toolpath, G-code, CNC, etc.)

2. Setting Up a Part for Machining

• Importing SolidWorks parts into Solid CAM
• Defining the stock material
• Setting up the machine, tool, and coordinate system
• Understanding the tool library and tool setup

3. 2D Milling Operations

• Creating 2D toolpaths (contour, pocket, drilling)
• Defining cutting parameters (feeds, speeds, depths)
• Simulating 2D operations

4. 3D Milling Operations

• Creating 3D toolpaths (scallop, raster, and offset)
• Optimizing toolpaths for complex shapes
• Handling large 3D models and features

5. Hole Making & Drilling Operations

• Drilling, tapping, and boring operations
• Setting up toolpaths for various hole types
• Applying peck drilling cycles

6. Turning Operations (If applicable)

• Introduction to turning operations in Solid CAM
• Setting up lathe tools
• Generating turning toolpaths (facing, turning, boring, threading)

7. Simulation and Verification

• Running toolpath simulations to check for collisions
• Post-processing to generate G-code
• Setting up post-processors for different machines
• Verifying and optimizing G-code output

8. Advanced Techniques

• Multi-axis milling and turning
• Part setup for advanced machines (5-axis, multi-spindle)
• Advanced strategies for complex features and toolpaths

CAD CAM Package Contents:

1- SolidWorks CAD Sketching

2- SolidWorks CAD Modelling

3- SolidWorks Assembly Overview

4- SolidWorks Drafting Overview

5- Solid Cam Milling (3Axis, 4 & 5 Axis)

6- Solid Cam Turning

7- Solid Cam Mill turn

8- Solid Cam Drilling (3Axis, 4 & 5 Axis)