We're talking about common 3d printer problems that you will make when getting into 3d printing. Let 's get started. So what I mean by mistakes that people will make. Well, we're 3d printing there's a lot that can go wrong when you're first getting into it. 3D Printing is a printing that grandstands data as prints, however remarkably print information in a paper or different sheets. Co With the advancement of 3D printing, an association can make a model without spending rough materials or materials. Since after an organizer drawing 3D objects they will have the ability to print their diagram with the printer directly and consider what the insufficiencies of the structure that has been made. I'm talking about FDM 3d printing, not the resin-based systems that are becoming a bit more popular now for the hobbyist. These are mistakes that I have personally made many times in the past. So it's my hope in this article that I can share that share these mistakes with you. So you can avoid making them yourself anyway. 1. Ignoring Printing Technology In materials such as ABS, Polyamide, Alumide, or Rubber you can print interrelated parts. Unlike the case with Gold, Silver, Bronze, or Resin is not possible. It is not because of the material itself, but the technology used in printing for each element. Like ABS we use Fused Deposition Modeling (filament based) with an extra nozzles and aspects for support, for Polyamide, Alumide, and Rubberlike as we use Laser Sintering or powder-based. Lost wax casting (based on 3D Print in wax and mold) is used for precious metals, and then for Resin, we use Stereolithography (liquid-polymer - found). In Stainless Steel and Silver do not have similar requirements just because both are metal. They are printed using the best cheap 3d printers so that design features will be various. Gold, Silver, Bronze, and Brass (lost wax casting) are more likely to share similar design requirements, and the same technology. 3D printers can use a variety of materials, but generally, the material used is ABS and PLA. 2. Ignoring Material Guidelines There are some printed materials that we know, and every printing material is different. There are many materials for 3D Printing, can be brittle or robust, flexible or stable, smooth or rough, heavy or light, etc. This is made because it has each function in printing. For example, your 3D model in ceramics You must have a specific material-related design you need to consider such as supporting overhanging parts, reinforcing the sticking element, rounding off corners, etc. The printed material of your choice only specifies some basic design guidelines. 3. Incorrect bed level or nozzle height This is massive I've got an entire series of videos one on the right first layer and one on bed leveling. But mainly the first layer of your 3d print is the most critical. If this is not correct if it's too far too close not level then your copy will fail. Either straight away or hours into the process. So this is one of the things that newcomers to 3d printing miss. They're keen to get into it, and they'll rush into 3d printing especially on machines that have manually leveled systems like the favorite Aldi printer that just was rereleased this year. You know that machine has four springs one in each corner, and you manually level that bed. So if you don't spend a lot of time getting that right first off. You're going to end up the lots of prints that fail, and it may be frustrating not knowing exactly why that's happening well it all comes down to your correct bed level and nozzle height. 4. The wrong settings So this is something I've done many times in the past I have used my 3d printing slicer I've sliced a file send it to the printer and then wondered why is the plastic warping or why does it look so crap. Well I've used the wrong material settings in my slice that I've used the wrong settings .you might think yeah that that doesn't sound like lying I do it's actually easier to make this mistake than you think .it's just one number that you can change and that makes all the difference to your printing quality. For example, you might be running multiple materials that see behind me I have a whole plethora of materials behind me of different types. For example, this is poly alchemy elixir PLA it's a PLA plastic, but it prints at a higher temperature than other brands of PLA. So using the right settings is critical and getting a good print off your machine, and it's one of the first mistakes people will make is I'll use the wrong settings. I always spend that little bit of extra time in the slicing stage to double-check your actual parameters before you go ahead at Cynergy code and wonder why print doesn't work. You can see in this video too to improve your 3D printer quality.
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