Table of Contents
- The Most Important Factor
- How to Choose The Right Filament for 3D Printer
Choosing the appropriate filament for the 3D printer is one of those almost limitless possibilities. When looking at the various filament for 3d printers available, it can be challenging to determine which one is the best. Each filament has its own set of properties, applications, and characteristics. So, where do you begin? In this blog post, we’ll go through our suggestions for filament for a 3D printer based on various factors. This article will include a high-level summary.Filament for 3D Printer – How to Choose
The Most Important Factor
The final application of your print is the most critical consideration when selecting your filament for the 3D printer. Ultimately, the purpose of the item you are printing will determine the filament.
Therefore you don’t need the most expensive materials available. These products are always more costly and inconvenient to print. And they do not often guarantee an additional benefit to your print. Simply because it is a high-end material. Don’t be afraid to use more simple materials. Mainly if they align with the overall end goal of the component you’re printing.
How to Choose The Right Filament for 3D Printer
1. 3D Printer Filaments for Beginners
PLA is the most commonly used material in 3D printing, especially among beginners. Because PLA is relatively inexpensive and straightforward to print with a standard setup. However, PLA is not just for beginners. Many manufacturers and designers, in reality, use it for prototyping and tooling. Also, check our money-saving benefits of 3D printing article.
PET-G is another excellent beginner filament. It is also simple to print but has properties similar to ABS, a more mid-level content. With BCN3D’s Cura standard setup, you can easily print PET-G and get good results.
2. Advanced and Professional Users
Since they can print more complex designs, PP, ABS, PA, and TPU are mid-level filaments for 3D Printer. You can use a regular profile for these mid-level materials. But you can need to tweak your setup in your printing slicer.
Professional users can come across materials such as PPGF30 or PAHT CF15, which are glass fiber and carbon fiber filaments. These are more professional products because they are more difficult to print. And require a special hot-end to print the filaments.
3. Materials for Prototyping and Tooling
Building prototypes and equipment to aid in manufacturing is a popular application for 3D printing. The most widely used materials are PLA and PET-G. If you need your prototype or tool to be immune to harsh chemicals, heat, or stress, a more advanced material, such as ABS or TPU, should be considered.
Look for materials that are more durable and reinforced, particularly for tooling. A more resistant carbon fiber material, such as PAHT CF15, will be a good option.
4. Commercial Use Needs
If you need a product ready for commercial use, you would most likely use mid-level or specialized content, such as PA, PAHT CF15, or TPU.
The critical properties of TPU are its flexibility and durability. As a result, TPU is an excellent choice for goods that must bend and last for an extended period.
A carbon fiber material will be a good choice if you want a more professional appearance. Because it looks elegant while still very robust.
5. High-Stress Applications
Along with the factors mentioned, your print can necessitate the consideration of other high-stress properties, such as temperature, chemical, or heat capabilities.
Consider using PP for outdoor use because it can withstand harsh conditions.
If you need a corrosive-resistant filament for 3D Printer, PP, PA, PAHT CF15, and PP GF30 are good choices, with PP and PP GF30 being the best materials for this use.
ABS, PET-G, and PAHT CF15 are excellent materials for prints that must withstand high temperatures.
If your print is exposed to water, consider using water-resistant materials such as PP, PA, or PAHT CF15.
As you can imagine, we’ve just scratched the surface regarding 3D printing content considerations. Finally, various factors will determine the 3D printing material you choose. The more you deal with 3D printing, the more you’ll play to see what works best for you and your prints.
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