Printing complex designs in the country has never been easier than it is now, thanks to the advent of 3D printing in Australia.
As such, the majority of people are under the impression that creating 3D prototypes is a simple task just like everything else. In contrast to this, it is critical to recognize that errors are common in this industry and can occur at any time. As such, in addition to the technical skills required, it is critical to understand the different dynamics that may likely set the stage for a problem to happen or an undesirable outcome to take place.
Understanding these errors and knowing how to avoid them will help you save time, money, and energy. Inadequate insight on this aspect can contribute to unsatisfactory results such as missing faces, geometric inaccuracies, or low resolution, to name a few.
We will demonstrate to you now how you can save yourself from committing such mistakes by highlighting some of the most common errors when 3D printing in Australia and how to avoid them.
Incorrect use of technology
3D printing utilizes a variety of techniques.
The technology that will be used in a 3D printing project is largely determined by the materials used. While some materials, such as polyamide, aluminum, and ABS, can be printed together, others can not be worked on together at the same time and may sometimes even require the use of multiple technologies to further process them.
To achieve the desired results with certain materials, such as selective laser sintering, plastic, or fused deposition modeling (FDM), the use of the right technology is a must.
Likewise, multijet printing and digital light processing are optimal for resin and wax materials. Therefore, to prevent the use of incorrect technology, consider the components you are utilizing and make sure that the working technology behind your 3D printer is appropriate for it.
The 3D printer is not properly configured.
The most obvious explanation for encountering mistakes or errors when printing in 3D is because the machine you are using is not configured in the right way. Hence, you must possess the needed technical expertise to veer away from possible mishaps while the 3D printer machine is working or in use.
Nozzles not working, running out of filament, and clogged print heads are some of the most common setup errors that set the stage for printing errors to occur.
In a very urgent situation, you can instead opt to have your 3D printer machine configured by a qualified technician. Additionally, we encourage you to commit time to read and understand the instructions provided in the user manual. Doing so will help you to set up your 3D printing machine in the proper way.
Failing to take into consideration the file resolution.
The most common mistake that people commit when printing 3D prototypes is when they happen to choose the incorrect resolution. Resolutions that are way too low often lead to uneven prints.
However, if the resolution is on the opposite side of the fence or way too high, they tend to become unwieldy, or handling them will become a bit challenging. It is then imperative to set the resolution right so you can be sure you are going to have the highest quality prints.
When 3D printing in Australia, you must pick the appropriate STL file resolution. The use of STL files may be overwhelming to some because they only outline the prototype’s outer surface.
STL file format errors can lead to intersecting faces, non-manifold edges, awful boundary edges, or an over-refined mesh.
There are many, many times that you will get yourself frustrated when printing your material in 3D. That is because a gamut of issues can arise upon using the 3D printer.
It is such a relief to know that, most of the time, common 3D printer issues are easily resolved. Most of these issues can be resolved relatively fast, all you will need to do is apply some tweaks to the 3D printer machine software settings.
However, if the nature of the problem is mechanical in nature, we encourage you to reach out to your brand manufacturer instead for further help and assistance.