5 Mistakes to Avoid When Designing a 3D Model

Are you planning to design a 3D model? Do you know the process of designing the 3D model? Probably yes. That’s great, and we wish you all the luck throughout your designing process and hope that you will end up designing the best 3D model to fulfill your design needs.

Before starting the process, you must be aware that 3D designing is a complex procedure and can lead to confusion if not proceeded in the proper manner. That’s because no particular size or template can fit all approaches from a general sense of view.

However, you can use plenty of software, printing materials, and printing technology for printing stuff in 3D. So, you may end up making a lot of mistakes during the designing process.

That’s why in this guide, we have listed a few mistakes that people usually commit while designing a 3D model. We have listed those mistakes and encourage you to read this article carefully to not repeat those mistakes while designing a model with 3d model agency. So, without any further ado, let’s get started in exploring the mistakes to avoid while designing a 3D model.

5 Mistakes to Avoid while Designing a 3D Model

You must avoid the following mistakes when you are planning to design a 3D model.

1.   Not Getting Enough Information about the Material

While designing a 3D model, you must keep in mind that different materials are used for 3D printing. Some of the examples of the materials used are:

  • Ceramic
  • Rubber
  • Plastic
  • Metal
  • Paper
  • Organic matter

Designers usually ignore the knowledge of these 3D printing materials while designing 3D models, which ultimately leads to failure. Avoid doing that.

As a designer, you must be aware of the materials that you are using for your print. You must maintain a specific material-related designing guide to obtain optimized results.

2.   Ignoring Software Guidelines

The 3D technology uses several modeling software for designing purposes. While designing 3D models, you must be aware of this fact. Some software is specifically designed for 3D prints, while others are particularly designed for artists and designers. You must have a thorough knowledge of which software to use and when depending on your requirements.

The best way to avoid this mistake is by going through the software brochure before initiating the designing process. You must be well aware of its purpose and potentials. The software that most suits your requirements is the one to go with.

3.   Ignoring 3D Printing

While designing 3D models, you must know that you cannot use one universal printing technology for printing designs in different materials. Different models have different printing technologies, and you have to make your decisions based on that.

Hence, it is your responsibility to conduct thorough research on the web or read the guidelines regarding printing technologies before heading towards the designing process.

4.   Ignoring File Resolution

Another mistake designers make while designing a 3D model is ignoring the file resolution, leading to problems during the printing process. The most common file format used in the printing process is the 3D printing is the STL (Standard Triangle Language). Most modeling software does provide their users with an option to set their resolutions later on and export the file to an STL format, but the real problem is, most designers do not pay heed to this issue. You must be aware of all the file resolutions involved in the 3D designing and printing process.

If the resolution is too low, it can create problems and may lead to a pixelated print. On the contrary, if the resolution is too high, it can lead to exceptionally large file size, creating issues depending during uploads. So, you must create a proper balance when choosing the right resolution of the files.

5.   Ignoring the Wall Thickness

Wall thickness is an essential component of a 3D design. If the wall thickness is too thin and is below a certain limit, it won’t print small parts of the model as per the requirements.

Contrarily, suppose the wall thickness is too thick and is beyond a designated limit. In that case, it may lead to forming a product that may crack easily upon the application of pressure. Hence, you must keep a proper balance on wall thickness and make sure that it is designed properly.

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