Skip to main content
added 409 characters in body
Source Link
FarO
  • 4.6k
  • 21
  • 40

Stringing may depend on sub-optimal retraction settings: when retraction is fast and high enough, the string may be cut and disappear.

You may want to at least try to optimise retraction, at least to exclude that parameter.

There is a tool designed to properly tune retraction: http://retractioncalibration.com/

What it does is print a tower with multiple retractions with increasing retraction distance around the perimeter. Along the Z axis the retraction speed is increased.

With the This tool it is possible todoes not include Z-hopping so stringing may be less visible, but at least you can easily visualise the optimal retraction settings. At that point if the optimal settings are much different from what you had, you may want to try your model again to see if it improved.

enter image description here

There is a tool designed to properly tune retraction: http://retractioncalibration.com/

What it does is print a tower with multiple retractions with increasing retraction distance around the perimeter. Along the Z axis the retraction speed is increased.

With the tool it is possible to easily visualise the optimal retraction settings.

enter image description here

Stringing may depend on sub-optimal retraction settings: when retraction is fast and high enough, the string may be cut and disappear.

You may want to at least try to optimise retraction, at least to exclude that parameter.

There is a tool designed to properly tune retraction: http://retractioncalibration.com/

What it does is print a tower with multiple retractions with increasing retraction distance around the perimeter. Along the Z axis the retraction speed is increased. This tool does not include Z-hopping so stringing may be less visible, but at least you can easily visualise the optimal retraction settings. At that point if the optimal settings are much different from what you had, you may want to try your model again to see if it improved.

enter image description here

Source Link
FarO
  • 4.6k
  • 21
  • 40

There is a tool designed to properly tune retraction: http://retractioncalibration.com/

What it does is print a tower with multiple retractions with increasing retraction distance around the perimeter. Along the Z axis the retraction speed is increased.

With the tool it is possible to easily visualise the optimal retraction settings.

enter image description here