3D Training Guide for TurboCAD Platinum - Training

Master 3D design with the 3D Training Guide for TurboCAD Platinum

Welcome to the world of 3D design, where your imagination is the only limit. But wait, is it really the only limit? For many aspiring designers, the true test is mastering the software that brings those dreams to life. That's where IMSI Design comes in, a name known in the industry for its high-quality design software. Their latest offering? The 3D Training Guide for TurboCAD Platinum - Training, a comprehensive training program that guides you through all aspects of 3D design. But why should you choose it? Let's dive in!

What makes the 3D Training Guide for TurboCAD Platinum so special?

This training is not just another course. It's a journey where you will master the art of 3D design. Here are some of the highlights:

• Easy to get started: Beginners? No problem! The course starts from scratch.
• Hands-on projects: Learning by doing is the motto here.
• Professional tips: Learn tricks that would otherwise take Years to discover.                                                                                                                                                               
  
  

Advantages of the 3D Training Guide for TurboCAD Platinum - Training                                      

Now that you have an overview, you may be asking yourself: "How does this benefit me specifically?" Here are a few benefits that will convince you:

1. Accelerated learning: the course's structured approach will significantly speed up your learning process.
2. Understanding complex concepts: Even the most complex 3D design concepts are made easy to understand.
3. Marketable skills: Complete the course with skills that are in high demand in the job market.

Why buy 3D Training Guide for TurboCAD Platinum - Training?

If you are still hesitating, remember that investing in your training is the best investment you can make. Buying the 3D Training Guide for TurboCAD Platinum - Training means giving yourself the tools to not only compete, but to excel in the world of 3D design. Not convinced yet? Then consider that this course is specifically designed to teach you how to bring your vision to life with TurboCAD Platinum, one of the leading tools in the industry.

The easiest way to learn two-dimensional computer-aided design with TurboCAD:

The Work Sessions In each session, you'll find detailed, illustrated and video-animated instructions for a design project that follow a step-by-step, task-oriented structure. Each design is based on the recommended component assembly method for designing and constructing solids. Changes to each part are updated in real time via the Part Tree History. All designs are started and completed in the same session, allowing you to create multiple views of your drawings and produce print-ready layouts.

What you will learn in this training manual

This training manual has been developed to cover as wide a range of 3D tools as possible, with each tutorial session focusing on specific tasks. Some of the topics discussed and demonstrated in this manual include:

• A brief review of the TurboCAD user interface, editor and work environment, including the new ribbon menu.
• Setting up your design environment with commonly used palettes such as the Design Director, Drafting palette and Selection Info palette.
• A review of commonly used 2D sketching and modification tools to assist with profile creation.
• Understanding of Standard and isometric views, work planes and the user coordinate system.
• The handling of 3D objects is demonstrated, using the classic and conceptual selector.
• The creation, modification and extrusion of 2D open and closed profiles.
• 3D primitive objects such as 3D box, rotated box, wedge, sphere, hemisphere, torus, cone, cylinder, polygonal prism are discussed and demonstrated, including worked examples.
• 3D profile-based objects such as various extrusion methods, lofting and rotation tools are discussed and demonstrated, including worked examples.
• 3D Boolean faceting tools are demonstrated in detail, allowing primary solids to be modified by adding or subtracting other solids. 3D cutting tools are also shown, allowing solids to be modified by cutting at points, lines or the work plane.
• Parametric updates of solids are shown, demonstrating how to use the selection info palette to update the dimensional properties of objects in real time.
• Facet editing tools such as the Facet Editor and Facet Offset are used to demonstrate how the facets of objects can be manipulated individually to reshape the solid object.
• A full set of assembly tools are used to show how best to implement the recommended component assembly method of 3D design. Machined examples are used to show how to assemble through points, edges, facets, tangents and centerlines.
• Transition surfaces created by 3D rounding and 3D chamfering are also demonstrated, showing how material is either added or subtracted during modification. The solid hollowing tool is also used to demonstrate how to add or subtract the inner or outer wall thickness of a solid.
• Advanced 3D modeling tools are introduced, such as deformable modeling, which shows how deformation of facets can be accomplished by applying a uniform compressive load to the surface of a solid.
• The concept of subdivision modeling is demonstrated, showing how the Smooth Mesh function allows fluid editing of faces, edges and transition surfaces by subdividing the model into different planes.
• The conversion from surface to solid and the generation of surface from profile is explained, showing how easily objects can be transformed from one state to another.
• 3D scenes and rendering are included, with emphasis on wireframe, draft and quality render modes. Lights and camera movements are demonstrated as well as the dynamic section plane, which creates a section through a 3D object for viewing purposes.
• Materials are also applied to the solids, providing photorealistic rendering qualities.
• The design palette is explained using a multi-component assembly. This tutorial demonstrates how to create multiple views of a single component, including Standard, isometric and section views.
• The Page Layout Wizard is introduced, showing how to quickly construct 2D layouts in a paper page layout of a 3D model.

System requirements

This training program is installed on your hard drive and activated via a desktop shortcut.

It will work on any laptop or PC under the following conditions:

• A browser such as Chrome, Firefox or Edge is required.
• An internet connection is required to view the media content and download the relevant drawing examples.