ORDER 3D PRINT – 3Dvizija

Order Your 3D Print

Order your own 3D printed part just in 5 steps

STEP 1

Upload File

File format STL or .OBJ

STEP 2

Select Material

Select desired material

More

STEP 3

Select Accuracy

Select accuracy for your part(s) More

STEP 4

Select Infill

Infill determines your part strength More

STEP 5

Send Request

Select quantity and submit

Click here to upload or drag and drop your model to the canvas.

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Material Volume:	cm3
Box Volume:	cm3
Surface Area:	cm2
Model Weight:	g
Model Dimensions:	x x cm

Maximal part size 200[mm]x 200[mm]x 230[mm]

Tips

Printing Materials

Acrylonitrile Butadiene Styrene (ABS)

Strength: High (60 [MPa])
Max operating temperature: 80 [C°]
Chemical Resistance: Moderate
Application: Structural and automotive parts
Environmentally friendly: No

Nylon Filament (Nylon)

Strength: Very high (80 [MPa])
Max operating temperature: 50[C°]
Chemical Resistance: High
Application: Structural and engineering elements
Environmentally friendly: No

Polylactic Acid (PLA)

Strength: Moderate (40[MPa])
Max Operating Temperature: 50 [C°]
Chemical Resistance: Low
Application: Decorations, Nonstructural parts, Mockups
Environmentally friendly: Yes (made from renewable resources like corn starch or sugarcane)

Polyethylene Terephthalate Glycol (PETG)

Strength: Moderate (50 [MPa])
Max Operating Temperature: 60 [C°]
Chemical Resistance: Moderate
Application: Structural parts, prototypes and containers
Environmentally friendly: No

Thermoplastic Polyurethane (TPU)

Strength: Flexible (Rubber like) (9 [MPa])
Max Operating Temperature: 55 [C°]
Chemical Resistance: Moderate
Application: Bumpers, gaskets, seals, rubber parts
Environmentally friendly: No

Printing Accuracy

Printing Accuracy (HIGH)

Using HIGH print quality setting the part will be printed with layer settings of 0.3(mm) layer height. This provides standard print resolution and surface finish.
Application: Fast prototyping, fast delivery parts, which will be painted. Parts, which don’t need to be very smooth.

Printing Accuracy (HIGHER)

Using HIGHER print quality setting the part will be printed with finer layer settings of 0.2(mm) layer height. This provides higher print resolution and smoother surface finish
Application: Detailed prototyping, Parts which need to be smooth, Decorative Parts

Printing Accuracy (EXCEPTIONAL)

Using EXCEPTIONAL print quality setting the part will be printed with very fine layer settings of 0.15(mm) layer height. This provides much higher print resolution and smooth surface finish
Application: Detailed design, Small parts, Complex shapes, Smooth parts

Printing Infill

In 3D printing, infill refers to the internal structure of a printed part. This setting determines how much of the parts inside is filled with material, printed in specific pattern to provide support and strength to a part. Infill settings determine the density and pattern of this internal structure. Higher infill setting creates stronger parts, but also increases the costs and manufacturing time of the part.

Infill Setting for (PROTOTYPE PART)

When 3D printing prototypes, best to use infill settings are between 10% and 30%. This ensures that prototype is sturdy enough for testing while minimizing material usage and print costs.

Infill Setting for (STRUCTURAL PART)