Lack of extrusion manifests as low performance in cantilevers, in upper solid layers with spaces there, or on sloping upper surfaces where you can see gaps again. But when there is too much subextrusion, it starts to become a real problem. You can experiment directly on your printer’s LCD screen and the easiest way to make it permanent is to store it in your cutting machine. The speed at which it prints its first layer directly affects how well the molten filament connects the bed surface. Since we are talking about footprints that do not stick to the bed, we want to increase the adhesion and therefore print more slowly.
Z-SUITE automatically adjusts the optimal amount of top and bottom layers according to the fill density and layer thickness settings to effectively prevent the cushion. Therefore, changing settings can sometimes negatively affect your 3D printing. Changing the default number of these layers puts you at risk of quality problems. Kissing is another problem mainly caused by incorrect configurations in Z-SUITE. This effect is always visible in 3D models with flat surfaces and undercoating.
However, it can be used with an unheated cabinet or even an open printer with a simple target shield (transplants are the most important!). Therefore, we recommend using minimum fans of approximately 5-20% fan speed. Make sure you are within the heated colloquial temperature range advertised by the manufacturer. The highest point in the range should never exceed 10 ° C below the glass transition temperature (rigid.ink Tg is available in downloadable data sheets on the configuration tab on product pages). If your cutting machine supports it, set a minimum layer time to ensure good cooling.
Sometimes it can help to release the pressure of the gear roller on the filament. You have already tried it or cannot adjust your mouthpiece to the distance to the bed. However, you still see too much material being extruded while printing the first layer . Many problems with the first layer of 3D printing are caused by the incorrect printing temperature during the first layer, because this directly affects the adhesion on the construction plate. Stay within the range proposed by manufacturers, at least about 10 ° C below the glass transition temperature.
Most 3D printing problems are caused by a hardware component failure or an incorrect software configuration and can be easily solved with little effort. To make it easier for you, every problem occurs in the picture. Or you need to adjust the height of your mouthpiece to remove the “spaghetti” filament error. An adhesive layer or other adhesion to the platform can also be applied to allow the print to adhere to the bed.
We hope that our list of the 10 most common 3D printer problems and the 3D troubleshooting guide for printing will be helpful to you. These tips and tricks are intended to improve the quality of your figures and images, which you can post on Gambody Facebook Group. If you print too cold or too cold for your filament, you will get brittle and opaque looking parts. If adjusting temperatures doesn’t help with the top layers, you may just need to increase the number of fixed top layers and the fill percentage. Either way, that is, 3D prints, especially with filament printers, are never perfect, it’s often just an art of hiding flaws that are still good enough to notice. It may also be possible for the extruder motor controller to overheat.
The mechanism is constantly moving during the printing process and pushes the plastic back and forth. The movement generates heat and if it does not cool sufficiently, the conductor overheats. To solve this problem, just Camping turn off the printer and all components to cool down. Try to decrease the extrusion multiplier to solve this problem. The power settings in the 3D cutting software show the speed at which the printer ejects the plastic.
As mentioned above, 3D printers have many options, but only if they are used correctly. You cannot just start the machine and print what you need. For a smooth experience and without your machine hiccups, make sure you know the common 3D printing issues well Heated printed beds solve many problems with 3D printing, but they also cause some problems. One of these problems is called elephant leg, where the first layers are “driven away”, making them more larger than expected. Large, heavy models are at increased risk because the weight of the model pushes down based on not very sturdy strands.