Creality Slicer 1.2 3 Download Free
Sebrina Lobianco
Hi hoping someone can shine some light on this confusion i have as to what slicer software i should be using, i know its probably preference but i don't understand the difference. I have downloaded both Creality print and Creality Slicer (BTW im new to the 3D printing world) I just got a Ender 3 V2 NEO and im not sure if one is better then the other.
Hiyas. I am trying to use Creality Slicer to use in Easel. I can convert my stl file to Gcode in the slicer but when I go to import the Gcode into Easel I get this error message. Can someone explain in a very plain way to me what I have to do or if it is possible . Explain it to me like you ar trying to explain it to a drunk dingo . This is what it says " Invalid G-code
I find that compared with Cura some models prints a lot faster when sliced with the creality-slicer that was shiped with my Ender 3 pro. Creality slicer is a customized version of an early Cura version, so I find that strange.
This model ends up with more than double estimated print time!!!
Wow - that "gcode analyser" is very cool. Never saw that before. Did you put the correct values in for acceleration and jerk and such? I think you can get those values possibly out of the menu system on the creality? Is it accurate for your printer? I find that these time estimates can be off by 2X because you may have the wrong value somewhere.
I sort of stumbled upon that analyser in the search for an explanation here ? I found the combing settings in creality after your tip to check the menues. It was set to "all" in creality and "not in skin" in cura. Changing it to "all" did not do any difference. I'm not able, however, to find Jerk and Acceleration in creality. Combing Its not easy to compare settings in those two, because Creality do have fewer settings. I did print the creality sliced slug and that was 5:16 in actual print time, so that closes the gap with one hour. I will do a print with cura too, just to check how "off" the estimates are.
It clearly is two different ways of printing the same STL-file. I would love to find why this is happening. I did find a couple of settings that is different: One is the top and bottom/top thicknes the other was combing mode. none of them made any difference. I will do a printout of the cura sliced slug to find out how much off the cura-estimate is. The creality print used 5:16, so one more hour than estimated.
Beeing a newbe here, I learn a lot from you guys!! I will look into the factors you point out. I did the testprint with the cura sliced gcodefile, and it took 10:13. Then i used the pen-move feature in cura and made a video of a the nozzle behaviour. Then i imported the gcode from creality slicer and did screncapture from that too. I can see that cura is making this extra line (yellow) inbetween the walls. Is this the 3-passes you are talking about @gr5 And i guess this can explain this extra length too?
(I fasttracked creality one a bit to get to about the same spot on both)
It seem to be strong and good print the one from creality slicer, so i think those settings are fine for this model. Do you know what the dynamic quality profile does? It seems that this profile print the model with variable line width (?)
I would love to learn what setting that is on to make it "dynamic quality". Somehow the line width property does not apply or at least only serves as a base-setting?
The Cura LulzBot Edition has built-in hardware profiles for all LulzBot printers as well as firmware. This means it can re-flash any printer. It also knows the bed dimensions of every printer (although you could configure that manually using any other slicer).
Oh by solid you mean it was 100% infill? There are two settings that would affect that - one is the number of top and bottom layers (those will always be solid) the other is the infill percent. You can see how solid it will be inside by dragging the slicer on the right side of the sliced preview.
I just added direct drive to my Ender-3, which changes my default retraction distance. Is there a way to change this DEFAULT setting in the Creality slicer program, so that I don't always have to do it from the 'expert' mode?
Yeah, I know. I could just use Cura. Or just stick with the expert mode. But the 'quickprint' mode in the Creality slicer actually works really well. So I would like to be able to change that default setting if it's possible.
Ok, so it is weird because when I use the Creality slicer software and it scales the print down to a tiny obj and prints it in the top right corner, This has also happened with some other slicers. Then I do the 3D Printer OS slicer and it works perfectly fine. I am very confused.
For those who want to use Cura 4.7 rather than a skinned older version put out by Creality, here are the files you need. If I've left anything crucial off, let me know. Some of their slicer settings don't make sense to me, perhaps they'll make more sense to others.
I went this route because the settings in their manual cannot be added manually due to the positive Y min and Y min settings. These settings are also visible in their version of the slicer. Not sure how important they are, but I wanted to move everything over to Cura as-is, then adjust from there.
Thanks for the clarity. I have been using profiles and settings interchangeably. Aside from the basics of dimensions, the other variable in the profile is the start and end code. I am still puzzled. The profile, start and end codes do not have anything in them to effect the efficiency of the slicing. Yet, i got very different results between a Generic cura file and the creality file. At least the estimates were different by about an hour. However, I did not do a complete print for the other slicers. Perhaps the estimates are grossly inaccurate. As a note, even with the Mac Based creality slicer file, the print actually finished a good 30 minutes faster than the estimates.
Pretty sure i have gone down a useless rabbit hole with this. However I would like to know if I am on the right track with some of the critical cura slicer settings if i want to optimize speed with quality, depenting on the print.
You need to read out the movement speeds of your printer using the gcode dump commands. Then you need to apply these values to your print and move speed settings. Now the estimated print time is more or less correct on all slicers, if the rest of the settings is the same.
When the printer moves an axis from one point to another, it will do so with a speed set by the slicer. Typically denoted as a speed (mm/s). The movement will not be from 0 to 100% instantaneous instead two other parameters come into play, Jerk (mm/s) and Acceleration (mm/s^2).
So, jerk is the speed that the motor reaches as soon as a move is given. For example, if jerk is set at 15 mm/s with a print speed of 60 mm/s, the printer will not do 0-60 mm/s instantly. It will go from 0 to 15 mm/s immediately. Then, after an acceleration, it will reach the set speed as seen in the figure above. Both jerk and acceleration limits are set in firmware and can be set in the slicer. When the slicer and firmware values differ, print time estimates can vary greatly from reality. A desired feedrate may never be reached if the distance is small.
The Creality Ender 3, noted for its affordability, customizability, and print quality, has become something of an icon in the world of 3D printing. And thus, Ender 3 has gained a substantial following among hobbyists, makers, and professionals alike. It has created a family of successors, including the Ender 3 Pro, the feature-rich Ender 3 V2, the versatile Ender 3 S1 with its Pro and Plus iterations, and the latest Neo models. While possessing one of the finest 3D printers is a significant advantage, it's just the beginning. To truly unlock the Ender 3's potential, choosing the best 3D slicer for Ender 3 that effortlessly blends capability and user-friendliness, is essential.
However, one key aspect of achieving exceptional 3D prints with the Ender 3 is the choice of slicing software. A 3D slicer serves as a vital link between your digital 3D model and the physical print, translating your creative ideas into G-code providing meticulous control over printing parameters, from layer height to infill density.
In this extensive realm of options, selecting a slicer for your Ender 3 is a personalized decision. Then you may ask what particularly characterizes the ideal slicer experience when used with this 3D printer. Well each slicer uniquely influences your creative process, the start is having a dedicated printer profile and then the freedom to control a large number of critical parameters will enable any type of user to improve the print quality and success. And these are some of the factors that play a crucial role in choosing the ideal slicer.
Printer profiles, also known as print profiles or slicing profiles in 3D printing, consist of settings and configurations that are specific to a particular 3D printer and the material being used. These profiles are utilized within slicing software to generate the G-code instructions that control the 3D printer during the printing process. If any of the slicer settings are altered, it can lead to different results.
Printer profiles are essential in 3D printing as they specify the necessary machine settings to achieve precise results when using slicing software. However, it's important to note that not all slicer software options include specific printer profiles tailored for the Ender 3.
However, in contrast to the slicers that lack specific profiles for the Ender 3, there are alternative slicers that provide pre-configured settings for 3D printers with similar specifications. Requiring users to adapt settings for optimal performance on their Ender 3. Having the right printer profile streamlines the printing process, ensuring seamless compatibility and superior print quality.
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