So you want to push the speed on your 3D printer, but don’t know where to start? This video guide is for you. We will explore five limitations, and look at ways to overcome them so your 3D prints can be ready before you know it.
Thanks to Branden for requesting this video.
My free (and open source) 3D printer calibration website: [ Ссылка ]
0:00 Introduction
My previous speed benchy video:
Maker’s Muse slicer hacks video: [ Ссылка ]
CHEP fast printing profile video: [ Ссылка ]
0:54 Firmware safety limits
How to check speed limits for each firmware: [ Ссылка ]
Fire video: [ Ссылка ]
1:42 Hot end flow rate
Simple free air max flow test: [ Ссылка ]
CNC Kitchen max flow rate test: [ Ссылка ]
Max hot end flow and speed test: [ Ссылка ]
4:21 Applying max flow rate in the slicer
6:19 Increasing max flow rate for free
6:47 Speed vs acceleration
Prusa calculators: [ Ссылка ]
8:48 Mechanical artefacts - acceleration test
Free acceleration test: [ Ссылка ]
Input shaping guide for Klipper: [ Ссылка ]
Klipper input shaping: [ Ссылка ]
RRF input shopping: [ Ссылка ]
11:23 Part cooling
Stopwatch image credit: [ Ссылка ]
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5 things to check & tune to 3D print faster
Теги
3d printing3d printer3d print3d printedfastspeedsave timetimeguidelessontutorialhow tostep by stepstepsfeedratefeed rateaccelerationmarlinklipperrrfreprapfirmwarecrealityender 3prusamk3voronrat riginput shapingghostingringingprusaslicercurasuperslicersimplify3dideamakerjerksquare corner velocitymax instantaneous speed changejunction deviationfreecalibrationflow ratehot endvolumetric flowpart coolinglimitations