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Designing for Laser Cutting with Fusion 360

Summary of what you will learn:

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Summary of what you will learn:

  • 3D modeling in Fusion 360 (skills can be applied to other CAD-CAM programs as well)

  • Create your own unique laser cut designs in a 3d environment

  • Convert a 3d model to a laser cut file

  • Incorporate movement in your design

  • Create Living Hinges

  • model parametrically to increase workflow and efficiency (e.g. one click material thickness update)

  • Design for foldable materials (e.g. cardboard) using the sheet metal workspace within Fusion

  • Import SVG or DXF files from Illustrator or Inkscape and use them in your design

  • Render beautiful images of your designs

Full description:

In this course I will teach you how to design and model for Laser Cutting using the free and powerful Autodesk Fusion 360 software. Most of the lessons are easy to follow practical examples where I take you through the design of a product step by step.

Typically people model for laser cutting using 2D softwares like Illustrator or Inkscape. These work fine for simple designs, but If you really want to create interesting or more complex designs they often fall short. That is where 3D modeling comes in. I have learned and developed methods and techniques to design for laser cutting using 3d modeling, and in this course I want to share them with you.

By the end of the course you will be able to create designs that are quite simply impossible to design using 2d softwares, and you will do it effortlessly and while having fun doing so. Some of the topics I cover are: the fundamentals of 3d modeling and working with Fusion 360, parametric product modeling, incorporating movement into your design and how to design for foldable materials like cardboard. You also learn how to Render your designs

Each lesson builds upon the knowledge gained in the previous lessons, and by the end you will have enough experience and confidence to start creating your own designs for Laser Cutting in 3d.

This course is perfect for you if you are interested in laser cutting. The specific factors you need to take into account for laser cutting are thoroughly discussed, and you will also build your 3d modeling skills needed to realize your ideas.

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Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Builds a foundation in 3D modeling for laser cutting using Fusion 360, which is the standard in the manufacturing industry
Taught by experienced instructors who have developed methods and techniques for designing for laser cutting using 3D modeling
Develops skills for creating unique and complex designs for laser cutting using 3D modeling, which would be impossible with 2D software alone
Covers advanced techniques such as parametric product modeling, incorporating movement into designs, and designing for foldable materials
Provides hands-on examples and step-by-step guidance through the design process, enhancing the learning experience for students
Requires students to have a basic understanding of 3D modeling and design concepts, which may not be suitable for complete beginners

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Career center

Learners who complete Designing for Laser Cutting with Fusion 360 will develop knowledge and skills that may be useful to these careers:
Industrial Designer
Industrial Designers combine art and engineering to create functional, aesthetically pleasing products. This course teaches the fundamentals of 3D modeling, which is a key skill for Industrial Designers. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently. This course also covers topics such as parametric product modeling and incorporating movement into design, which are all essential skills for Industrial Designers.
Product Designer
Product Designers create the look and feel of products, from their shape and size to their materials and colors. This course teaches the fundamentals of 3D modeling, which is a key skill for Product Designers. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently. This course also covers topics such as parametric product modeling and incorporating movement into design, which are all essential skills for Product Designers.
Mechanical Engineer
Mechanical Engineers design and build machines and other mechanical systems. This course teaches the fundamentals of 3D modeling, which is a key skill for Mechanical Engineers. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently. This course also covers topics such as parametric product modeling and designing for foldable materials, which are all essential skills for Mechanical Engineers.
Architect
Architects design buildings and other structures. This course teaches the fundamentals of 3D modeling, which is a key skill for Architects. By learning how to design for laser cutting, students can create models of their designs quickly and efficiently. This course also covers topics such as parametric product modeling and designing for foldable materials, which are all essential skills for Architects.
Graphic designer
Graphic Designers create visual concepts, using computer software or by hand, to communicate ideas that inspire, inform, and captivate consumers. This course may be useful for Graphic Designers who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Landscape Architect
Landscape Architects design outdoor spaces, such as parks, gardens, and playgrounds. This course may be useful for Landscape Architects who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Interior designer
Interior Designers plan and design the interiors of buildings. This course may be useful for Interior Designers who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Lighting Artist
Lighting Artists create the lighting for films, video games, and other entertainment products. This course may be useful for Lighting Artists who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Environmental Artist
Environmental Artists create the environments for films, video games, and other entertainment products. This course may be useful for Environmental Artists who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
UX Designer
UX Designers create the user experience for websites and other digital products. This course may be useful for UX Designers who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Special Effects Artist
Special Effects Artists create special effects for films, video games, and other entertainment products. This course may be useful for Special Effects Artists who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Fashion Designer
Fashion Designers create clothing and accessories. This course may be useful for Fashion Designers who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Animator
Animators create moving images for films, video games, and other entertainment products. This course may be useful for Animators who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Concept Artist
Concept Artists create visual concepts for films, video games, and other entertainment products. This course may be useful for Concept Artists who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.
Texture Artist
Texture Artists create the textures for films, video games, and other entertainment products. This course may be useful for Texture Artists who want to learn how to create 3D models of their designs. By learning how to design for laser cutting, students can create prototypes and models of their designs quickly and efficiently.

Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Designing for Laser Cutting with Fusion 360.
Offers a practical guide to laser cutting, covering different types of lasers, materials, and techniques. It provides valuable insights into the process and its applications.
Provides in-depth knowledge of machining science and its applications to laser cutting techniques.
Delves into parametric modeling using Fusion 360, which is essential for designing products that can be easily adjusted and modified. It complements the course's focus on parametric design.
Provides theoretical background in computational geometry that is useful for laser cutting. It explains topics like mesh generation and triangulation.
Is useful if readers are interested in robotics, as laser cutting machines are often used in robotics applications.
Provides a comprehensive overview of machine design principles and practices. It covers topics related to materials, stress analysis, and mechanical systems, complementing the course's focus on designing for laser cutting.
This handbook offers a comprehensive guide to CNC programming, covering different types of CNC machines and programming techniques. It provides valuable insights for understanding the CNC commands and processes used in laser cutting.

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