機械系3次元CAD iCADSX 3次元アセンブリ設計

Master iCADSX for Mechanical 3D CAD: A Comprehensive Guide

Unlock the power of iCADSX, a leading mechanical 3D CAD software, with this detailed course. Learn to build complex designs from the ground up, mastering essential commands and techniques.

Fundamentals of iCADSX:

• Command Mastery: Begin with a solid understanding of part creation commands and progress to seamless assembly commands.
• Mouse Skills: Develop efficient mouse usage for precise and intuitive 3D modeling.
• Basic Modeling: Learn to create models using fundamental shapes, the building blocks of your designs.
• Boolean Operations: Master set operations including union, difference, and intersection to combine and subtract shapes effectively.
• Surface Modeling: Explore creating rounded features, tapers, and shells for realistic and functional designs.

Advanced 3D Design Techniques:

• View Control: Understand and manipulate 3D design screen views and section views. Learn to represent components as line drawings.
• Assembly Plane Creation: Discover various methods for creating assembly planes, including:
  • New Creation: Building assembly planes from scratch.
  • Face Specification: Creating planes based on existing faces.
  • Normal Specification: Defining planes perpendicular to edges or faces.
• Vertical Projection Modeling: Learn to model using 2D views and rotational projections.
• Section Modeling: Utilize section drawings for accurate and detailed modeling.

Part Management & Refinement:

• Part Creation: Master techniques for creating individual parts, including:
  • Creating multiple identical parts.
  • Using mirroring for symmetrical designs.
  • Creating variations of a part.
• Part Hierarchy: Organize your assemblies with effective part hierarchy management.
• Part Modification: Learn to change and update part definitions and see the results reflected in your assembly.
• Part Splitting: Divide complex parts into manageable components.

Analysis & Visualization:

• Unit Conversion: Work with solid units for accurate measurements and scaling.
• Coordinate Systems: Understand and utilize both planar operations and spatial operations.
• Interference Checking: Identify and resolve potential interferences in your designs.
• Mass Properties: Analyze and manage mass properties of your components.
• Mechanism Design: Design and analyze mechanical mechanisms.
• View Generation: Create comprehensive presentations by generating all views simultaneously or customizing views per drawing.
• Section Views: Generate detailed section views to reveal internal features.
• Isometric Views: Create clear and informative isometric views for visual representation.
• Detail Views: Produce detail views for highlighting specific areas of interest.