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Alt key will add edges in the context of dragging.

3 vertical segments and 10 radial is suggested to match the demonstration video.

Create T-Spline Cylinder ~25mm in diameter.

Use a T-Spline primitive to begin a model.

Review design window interface elements.

Lesson 2 – Creating a Freeform shape using T-Splines technology

Use of Dashboard elements including preview of file.

Scan file data without the need to open the design.

Create a new working project connecting to other users.

Explore the Fusion 360 Dashboard environment.

Outline Lesson 1 – Introduction to the Fusion 360 Dashboard and Projects

When complete the student will have created a Chocolate treat, its mold, imported and modified solid model data, created bodies and components that form a mechanism, created orthographic drawings and exported a STL file of a component for production on a 3D printer. The intention of the lessons is to allow the student to feel comfortable with the Autodesk Fusion 360 interface, by building simple, creative, and accurate parts and then joining the components to act as an assembly. These lessons are intended to cover the most fundamental commands that are required to create sketches, parts, assemblies, basic 2D drawings and a STL files for output to a 3D printer. In addition to developing 3D models this course will expose students to importing and manipulating data from other design systems and creating output to additive manufacturing systems. The following hands-on exercises will provide the skills necessary to develop basic knowledge of environment management, 3D modeling, assembly connections and other stills key to learning Fusion 360. A moderate understanding of computer operations is essential to completing this class as the majority of the learning is performed on a computer.

Identify available resources from Autodesk for teacher professional developmentĪ background in drafting or design would be beneficial before starting this hands on session.

Create drawings of parts including projected views, and annotations.

Create a new component using T-Spline and Solid modelling tools.

Describe the main work environments in Autodesk Fusion 360.

Identify the main areas of the Autodesk Fusion 360 interface.

Objectivesīy the end of this hands-on session you will be able to: Intelligent smoothing avoids erratic motions while tool axis limits control of how far each tool can tilt.Fusion 360 trainings will provide the skills necessary to develop basic knowledge of environment management, 3D modeling, assembly connections and many other stills key for 3D printing. If Fusion 360 detects a collision between the part and the tool or holder, the tool automatically tilts away.

This is accomplished with toolpath options and tilting methods such as lead, lag and sideways lean which cut with the side of the tool to use its full flute length.Īutomatic collision avoidance maximises uptime too. Tool axis directions are easy to select and calculate rapidly with efficient patterns and ordering options for multi-part machining on tombstones.įor complex parts, Fusion 360 uses shorter, more rigid tools to reduce vibration and improve surface quality during finishing. Multi-axis positional machining, such as 3+2, reduces fixturing cost and minimises setups. Post-machining of a metal additive component This speeds up decisions about orienting and fixturing so machining starts sooner. Accessibility analysis shading creates a quick visual reference and indicates whether a part can be fully machined from a single direction.

Fusion 360 helps manufacturing teams produce safe, predictable NC code that maximises spindle uptime.

#Autodesk fusion 360 login professional

#Autodesk fusion 360 login full

#Autodesk fusion 360 login code