5 Reasons Why You Should Start 3D Printing with Nylon
It's time to start 3D printing with Nylon filament - embrace the unique characteristics that make this material so versatile in a wide range of applications.
1. Nylon filament is versatile and useful across many applications
Nylon is an excellent choice for tools, functional prototypes, and end-use components because of its mechanical strength, flexibility, and long-lasting performance. It’s used widely for jigs, fixtures, custom tooling, and durable parts across several industries, including:
- Agricultural components
- Construction
- Food processing machinery
- Aerospace
- Automotive
- Manufacturing and commercial packaging
- Production facilities
Nylon’s toughness makes it especially reliable for automotive and industrial environments where parts are expected to withstand regular stress and real-world use.
2. Nylon filament is durable and impact resistant
Nylon is well known for combining toughness with flexibility, which makes it ideal for shock absorption and impact. If you’re creating a part that needs to handle bumps, vibrations, or repeated stress, nylon is a strong option.
Engineers, designers, and manufacturers often rely on performance nylon formulations for reliable mechanical stability and impact resistance. It’s a great choice for anything that needs to absorb force rather than crack under pressure.
3. Nylon filament has excellent abrasion resistance
If your part will experience rubbing, friction, or repetitive motion, nylon’s abrasion resistance makes it a dependable material.
Common examples include:
- Conveyor systems
- Robotic components
- Mechanical equipment
For assemblies and parts that move, rotate, or slide, nylon offers the durability needed for consistent performance.
4. Nylon filament is nearly odorless when printing
Nylon produces very little odor, which makes it comfortable to print in offices, classrooms, and enclosed workspaces. While most materials are safe to use, some can produce noticeable smells during printing. Nylon stays mild and unobtrusive, which is great for shared or indoor environments.
5. Nylon filament is easier to print than many people think
Nylon has a reputation for being difficult, but with the proper setup it’s straightforward and reliable. A few best practices make a big difference:
Dry your nylon filament
Nylon absorbs moisture from the air, so keeping it dry prevents print issues and ensures strong mechanical properties. A dryer or filament storage solution works well, and many users print directly from one.
Use a hotend that reaches at least 250°C
An all-metal hotend is recommended.
Use a heated bed (at least 60°C)
Glass or garolite print surfaces work well, especially with a suitable adhesive.
Following these guidelines will help you get consistent results from the start.
Ready to start 3D printing with Nylon? Check out our How to Succeed when 3D Printing with Nylon article and browse the widest selection of Nylon filament available.