3D files are created by many methods, each with their benefits and drawbacks. We utilise the following techniques to create high-quality 3D printable files that meet your design requirements.
Our 3D Design Engineering Solutions combine design knowledge, experience and expertise from multiple disciplines and the latest softwares to provide the source for your product design and development needs.
KAD3D uses the top of the line 3D modelling softwares best fit for your applications. With our highly experienced 3D engineers your idea can be tested and made come true.
Click here to try our material selection tool to help you find the best material for your project.
3D files are created by many methods, each with their benefits and drawbacks. We utilise the following techniques to create high-quality 3D printable files that meet your design requirements.
Reproduce an existing product or object into a 3D file using 3D scanning reverse engineering and expert design engineers.
Product design and development created from 2D drawings, imagery or a consultation. Start your new product development with us.
Repair STL files for 3D printing or convert a CAD model into a 3D printable file. Optimise 3D files ready for manufacture.
Learn how to avoid sharp corners in your designs for CNC machining. It’s the biggest mistake designers make and we’ll provide…
In this Fusion 360 tutorial, you’ll learn how to design a jet engine bracket for CNC machining.
Get a complete overview of today’s metal 3D printing landscape and learn how to get the most out of the three most popular.
Learn what an undercut in injection molding is and how to design your part avoiding undercuts. We’ll demonstrate how to re-design a part with an undercut in Fusion360.
Bulk orders often require a more mature design than a prototype. Prototype designs can’t always be scaled up and often need.
Get a demo of Fusion360 FFF from Research Engineer Tom Stock from Autodesk
3D design courses are educational programs focused on teaching students how to create three-dimensional models and graphics using specialized software. These courses might cover a range of topics including the principles of 3D modeling, texturing, lighting, animation, and digital sculpting. They are suitable for a wide range of individuals, from hobbyists to professionals aiming to enhance their skills for careers in engineering, animation, video game development, product design, and more.
To design 3D prints, you typically follow these steps:
3D design is the process of using software to create a mathematical representation of a three-dimensional object or shape. This model can be displayed as a two-dimensional image through a process called 3D rendering or physically created via 3D printing.
Design 3D prints using a computer with specialized software. For beginners, online platforms like Tinkercad are accessible and require no downloads. For more complex projects, software such as Autodesk Fusion 360, SolidWorks, or Blender are commonly used by professionals and can be downloaded or purchased.
The "best" 3D design software often depends on your personal needs, skill level, and the specific applications:
3D design is important because it enables the virtual creation and testing of objects, saving time and resources in product development, architecture, entertainment, and more. It allows for precise modeling, simulations, and provides a visual representation before the final product is made, reducing the potential for costly errors.
3D design for 3D printing entails creating digital models with considerations specific to the printing process, such as print orientation, support structures, and material properties. The design must account for the limitations of the chosen printing technology to ensure the final printed object is as intended.
Even without traditional drawing skills, one can engage in 3D modeling by using computer-aided design (CAD) programs that allow for the manipulation of geometric shapes in 3D space. With these tools, users can create complex models using a mouse and keyboard, without needing to draw by hand.
3D design encompasses the broader process, including conceptualization, design planning, and decision-making regarding the functionality and aesthetics of the 3D model. 3D modeling, on the other hand, is the actual construction of the 3D object within the software, involving the creation of meshes, surfaces, and textures that define the shape and look of the final model.
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