How to Make 3D Printer Faster? 5 Useful Tips

How to Make 3D Printer Faster? Are you a 3D printing enthusiast wanting to increase the speed, accuracy, and quality output of your prints?

There are several strategies that can help make any 3D printer faster, from changing its acceleration settings to upgrading its components.

In this blog post will provide a comprehensive overview of the tactics you can employ to optimize your 3D printer for speed and efficiency. Keep reading for an in-depth guide about how to make your 3D printer faster than ever before!

Upgrade your 3D printer with a faster motor and higher resolution stepper motors

Use lightweight models: Lighter models can reduce the weight that the motor has to move, leading to increased printing speed.
Increase the printing temperature: A higher temperature can allow the filament to flow faster. However, ensure that the increase in temperature does not degrade the quality of the print.
Optimize slicer settings: Tweaking the settings in your slicing software could lead to significant differences. For instance, reducing the layer height and increasing the print speed can boost overall printing speed.
Use a larger nozzle: A larger nozzle lets more plastic out at once, speeding up the printing process. Keep in mind that this might reduce the level of detail in your printed object.
Install a dual extruder: A dual extruder can print two materials at once, which can speed up the printing process when you are printing complex models requiring support structures.

Remember, while the above tricks and tips can help you print faster, finding the right balance between speed and quality is essential for optimal results.

How to Make 3D Printer Faster? Increase the Speed of your Prints by Adjusting the Infill Settings

Alter the infill density: Lowering the density of the infill can speed up your prints. However, it’s important to note that decreasing the infill too much can weaken the structural integrity and durability of the 3D-printed object.
Use rectilinear infill pattern: This pattern is quicker to print than others as it only involves movement in straight lines.
Reduce the number of shells: Each additional shell requires more time to print. Reducing the number of shells, while maintaining enough for structural integrity, can significantly increase speed.
Use faster infill methods: Some slicers offer ‘fast’ or ‘quick’ infill options that can speed up the printing process. Make sure to test and adjust these settings appropriately to maintain print quality.

Replace worn-out parts that cause jams or slow down printing

Regular maintenance: Frequently check and clean your 3D printer to prevent particle build-up that could potentially cause jams or slow down the printing process.
Invest in high-quality parts: Better-quality parts tend to last longer and perform more efficiently, reducing the likelihood of jams or slowdowns.
Regularly replace the nozzle: The nozzle can wear down over time, affecting the flow of filament and the speed of printing. Regularly replacing the nozzle ensures optimal printing speed.
Lubricate moving parts: Keeping the moving parts of your 3D printer well-lubricated can prevent wear and tear, and ensure smooth, speedy operation.
Replace the drive belt if needed: Over time, the drive belt can stretch, leading to slower printing times. Inspecting and replacing the drive belt regularly can prevent this issue.

Experiment with different materials to determine which ones print faster

Consider PLA over ABS: PLA usually prints faster than ABS due to its lower printing temperature.
Opt for flexible filaments: These materials can often be printed faster than rigid ones, but remember to adjust other printer settings to maintain print quality.
Try different brands: Some brands of filament may print faster than others due to differences in composition and quality.
Beware of exotic materials: Materials such as wood or metal-filled filaments may print slower due to their unique properties and the extra care needed in handling them.
Test and adjust: Always test a new material to find the optimal balance between speed and quality. Don’t be afraid to adjust your printer’s settings as needed.

Check if your slicer is set up correctly for the best speeds

Check slicer settings: Ensure that your slicer’s configuration matches your printer’s specifications for best results. Incorrect settings might slow down the printing process.
Update the slicer software: Regularly updating your slicer software to the latest version can result in improved efficiency and speed of prints.
Use optimal layer heights: Experiment with the slicer’s layer height settings. Using too small a layer height can unnecessarily slow down printing, while too large a layer height could affect print quality.
Enable retraction settings: Enabling retraction can minimize stringing and oozing, which in turn can speed up the printing process.
Calibration of the slicer: Make sure the slicer is calibrated properly to avoid any unnecessary slowdowns or jams during printing.

Utilize filament cooling and use fans to help cool the nozzle during printing

Utilize active cooling: Active cooling systems blow air directly onto the printed part, speeding up the solidification of the filament and allowing the printer to deposit the next layer more quickly.
Optimize cooling settings: Be sure to adjust the cooling fan settings in your slicer software depending on the material you’re printing with. Some materials may print better with the fan turned off or at a reduced speed.
Use multiple fans: For an even cooling effect, consider using more than one fan. Multiple fans can help to ensure that the filament cools evenly, which can improve both print speed and quality.
Fan positioning: Position the fan in such a way that it effectively cools the area where the filament is being laid down. However, make sure that it is not blowing filaments around that are yet to cool, as this could distort your print.
Use a filament cooler: A filament cooler can help to cool the filament before it reaches the nozzle, which can help to increase print speed and prevent heat creep.