Ghosting How to Fix it Now

Discover expert tips on no more ghosting in 3D printing. Our guide provides essential strategies for high-quality, ghosting-free 3D prints.

by Editorial Staff: We are a team of 3D Printing Enthusiasts who have build a lot of knowledge about 3D Printing the last 8 years. Our aim is to create the knowledge hub for 3D Printing covering all minor and major topics. Providing one source of reliable Information for everybody regardless of Beginner or Expert.

What is Ghosting in 3D Printing?

Ghosting, also known as ringing or echoing, in 3D printing, occurs when the infill of a print becomes visible on the perimeters. This phenomenon typically happens when there is an overlap between the infill and the perimeters, making the infill apparent on the shell’s outside. Often, the root cause is related to inadequate wall thickness in relation to the nozzle size.
Let´s find out how we achieve no more Ghosting.

Key Strategies for No More Ghosting

Adjusting Wall Thickness

  • Optimal Wall Thickness: Ensure that the wall thickness is proportionate to your nozzle size. A mismatch here can lead to visible infill.
  • Balanced Perimeter Settings: Adjust the perimeter settings in your slicer software. Increasing the number of perimeters can significantly reduce the visibility of infill.

Controlling Infill and Perimeter Overlap

  • Overlap Percentage: The outline overlap should ideally be between 15-25%. This range typically prevents infill from showing on the outer shell.
  • Slicer Settings: Fine-tuning slicer settings can have a big impact. The goal is to achieve a balance where the bond between the infill and perimeters is strong, but without excess overlap.

Additional Tips for No More Ghosting

  • Print Speed: Slower print speeds can help in reducing vibrations, thereby minimizing ghosting.
  • Printer Calibration: Regular calibration of your 3D printer ensures that all components are aligned and functioning optimally, which is crucial in preventing ghosting.
  • Quality Filament: Using high-quality filament can make a noticeable difference in the final print, helping to avoid issues like ghosting.

Technical Insights: Understanding the Mechanics

Ghosting is not just a superficial issue; it indicates underlying mechanical discrepancies in the printing process. It’s a sign that the printer is not handling the movements, especially changes in direction, smoothly. This can be due to various factors like loose belts, vibrations, or even the print speed. Addressing these mechanical aspects can significantly improve print quality.

Understanding Ghosting

Firstly, what is ghosting in 3D printing? It’s when the infill becomes visible on the print’s perimeters. This usually happens due to infill and perimeter overlap, often linked to inadequate wall thickness.


In summary, tackling ghosting involves fine-tuning settings, maintaining your printer, and using quality materials. Following these guidelines, you can achieve clean and professional-looking 3D prints.


What causes ghosting in 3D printing?

Ghosting occurs due to the infill overlapping with the perimeters, often caused by improper wall thickness relative to the nozzle size or incorrect slicer settings.

How can I adjust my printer to reduce ghosting?

Optimize wall thickness, adjust perimeter and infill overlap in slicer settings, calibrate your printer regularly, and use high-quality filament.

Does print speed affect ghosting?

Yes, slower print speeds can reduce vibrations and, in turn, minimize ghosting.

Can filament quality impact ghosting?

Absolutely, using high-quality filament can improve print consistency and reduce issues like ghosting.

Is regular calibration necessary for preventing ghosting?

Regular calibration is essential as it ensures all printer components are aligned and functioning optimally, which is crucial for preventing ghosting.

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