TRIDYsign

3D PRINTING · MEXICO

From file to object.

Printers, files, tutorials and news to understand and master 3D printing.

Independent guides, verified specifications and content built for Mexico.

Animation: a 3D printer builds the TRIDYsign symbol layer by layer.

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Brand names and logos belong to their respective owners. TRIDYsign is an independent editorial publication.

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Latest news

What actually changes for people printing in Mexico.

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Beginner learning path

From zero to your first solid part, in order, without skipping steps.

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  1. 01

    3MF files: how to open them, convert to STL, and what they add

    How to open a 3MF file, convert it to STL, and use it in Cura or any modern slicer, plus what 3MF stores that STL never could.

Most consulted problems

Diagnosis by symptom, with cause and fix.

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HighFDM

Warping: the part lifts and its corners curl up

The part's corners and edges separate from the bed mid-print and end up curled upward. The base stops being flat and, if the lifting continues, the head eventually knocks the part loose.

HighFDM

The first layer will not stick to the bed

Filament comes out of the nozzle but does not stay down: it turns into spaghetti, drags behind the head, or leaves separated rounded lines that peel off on their own. In the worst case the print never gets going.

MediumFDM

Stringing: threads and cobwebs between parts

Fine plastic strands are left between two parts of the model, or between two objects on the same plate. Prusa calls it 'hairy prints'. In severe cases the part is covered in a web you have to remove with a knife or heat gun.

HighFDM

Under-extrusion: less material comes out than it should

Material lines are missing within layers: gaps appear between beads, walls look thin and translucent, and the part breaks easily. Prusa describes it as layers missing material and fragile parts that tend to fall apart.

MediumFDM

Over-extrusion: more material comes out than needed

Walls come out bulging and rough, top layers show piled-up material, holes print smaller than designed and parts that should fit will not go together. On print-in-place assemblies, moving parts end up fused.

LowFDM

Elephant foot: the base comes out flared

The first layers protrude beyond the rest of the part, forming a lip around the base. The part does not sit flat, will not slot into its housing, and its lower dimensions are larger than designed.

Free tools and calculators

Open calculations: we show the formula and its limits.

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