Blog Articles

Printing quality in FDM 3D printing depends on more than temperature and print speed. Motion behavior also plays a major role. Printing jerk calibration helps control how the printer reacts during movement transitions, direction changes, and layer shifts....

Using an old computer to install OctoPrint on a laptop is one of the most affordable ways to upgrade your 3D printing workflow. Instead of purchasing additional hardware, you can convert an unused laptop or compatible tablet into...

All Longer 3D printers offer excellent performance and guarantee high print quality, however some users love to install upgrades useful to change the aesthetic appearance or characteristics of the printer. For this reason,。 this article intends to present...

The calibration of the first layer takes place by calibrating the distance between the tip of the nozzle and the surface of the printing plate; in this way the extruded plastic will stick correctly to the plane, being...

In 3D printing, extrusion flow is a key aspect to consider if you want to obtain not only quality prints, but also dimensionally correct prints. The flow is closely related to the speed of rotation of the gear...

The FDM 3D printing consists of a series of layers of molten material placed on top of each other; in this way, complex objects are created through a succession of layers. However, often some layers must be placed...

FDM 3D printing consists of a series of layers of molten material placed on top of each other; in this way, complex objects are created through a succession of layers. However, often some layers must be placed in...

In 3D printing, the nozzle diameter plays a key role in determining the maximum layer height you can use. As a general rule, the maximum layer height is about 80% of the nozzle’s diameter. For example:

• With a 0.4 mm nozzle, the layer height can go up to 0.32 mm.

• With a 0.8 mm nozzle, it can reach 0.64 mm.

• With a 0.2 mm nozzle, the maximum is 0.16 mm.

What’s important to note is that the nozzle size only limits the maximum layer height — not the minimum. This means that even with a large 0.8 mm nozzle, you can still print with fine resolutions like 0.05 mm, just as you would with smaller nozzles.

In simple terms, larger nozzles allow faster printing while still being capable of high detail, and smaller nozzles focus on fine detail but print more slowly.

When creating laser-cut assemblies, one of the most common challenges is achieving the correct fit between connected parts. A tolerance test for joints helps determine whether pieces fit too tightly, too loosely, or exactly as intended. Running this...