So what is a "stable" 3D printer? Before discussing this issue, you have to know something about 3D printers first:
1, you have to understand the 3D printer;
2, you know what 3D printers can do;
3, you want a 3D printer with "stability" ;
If you understand the above points, then we officially enter the core issue we are talking about today: what kind of "stable" 3D printer!
First of all, I define "stability" as a stable print performance. The performance here can be the result performance, the process performance, the stable print result performance and the stable printing process performance.
Another part that is closely related to the structural design is the outer casing of the 3D printer. Sometimes the material of the outer casing also affects the stability of the structure. The outer casing of the 3D printer has many kinds, from wood to plastic to sheet metal. At present, the plastic shell and the sheet metal shell are particularly popular on the market, and the wooden shell has basically withdrawn from the historical stage. If the plastic case is compared with the sheet metal case, the sheet metal case is relatively stronger, stable, and less worn. The plastic case is relatively light, simple and vivid. If I consider it from a "stable" perspective, I prefer a sheet metal casing.
If the stable structural design and stable production links provide effective protection for the printing process performance, the stable print output has a great influence on the actual printing and the performance of the printing results.
An important part of the printout that affects the performance of the printed results is the leveling function of the printer. Leveling is the basic part of the printout. If the platform is not even, the printed matter or the result will not be guaranteed.
These are the main characteristics of the "stable" from the perspective of the printing device itself, but also to better understand the product structure of the 3D printer.
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