Get Estimated Price
3D Printing Calculator
To calculate a printing cost, first, you need to upload the model file (using the UPLOAD MODEL button), then sequentially select the required options: Printer, Material, Infill, Post-processing.
The price calculated in the calculator is approximate. The final price of the product will be determined after clarifying the requirements for the product’s characteristics.
♦ If you encounter difficulties in choosing the material or manufacturing technology, simply send us your model and its requirements, and we will provide you with the most advantageous offer.
♦ If you do not have a ready-made model, we are prepared to assist in its creation based on a drawing, sketch, or photographs.
Important Notice
Currently, the calculator is not working correctly. For an accurate price, please contact us through any convenient method. We apologize for the temporary inconvenience.
Click here to upload or drag and drop your model to the canvas.
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| Model Stats | |
| Box Volume: | cm3 |
| Surface Area: | cm2 |
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| Number of Polygons: | |
Estimated Price:
Description of Parameters
1. Printer Selection
FDM/FFF Standard — printing with plastic filament at a layer height of 0.2 – 0.28 mm. Noticeable layer structure of the product, average strength. Suitable for unloaded technical and decorative items for subsequent processing.
FDM/FFF Fine — printing with plastic filament at a layer height of 0.08 – 0.16 mm. Barely noticeable layer structure, increased strength of items. Used for printing items with higher surface requirements and loaded technical parts using engineering and reinforced (filled) plastics.
2. Material Choice
General purpose filament — a category of materials for general purposes (ABS, PETG, PLA, etc.) with average mechanical property requirements. Perfectly suited for printing unloaded technical parts and decorative items. Easy to process and paint.
Engineering filament — a category of materials for technical items with heightened requirements for strength, wear resistance, and operational temperature regimes. Printing is possible with both homogeneous and reinforced (GF – glass/CF – carbon fiber) materials.
3. Infill Selection
Infill — the percentage of the part’s volume filled. To reduce the weight of the printed item, it can be designed as hollow. During printing, cavities are filled with various types of thin-walled structures. Here you choose the density of these structures. The filling density directly affects the strength and weight of the product.
4. Post-processing Choice
Post-processing — operations that follow immediately after the item is printed. During printing, various kinds of supports for printing overhanging elements, brims, rafts are printed along with the item, and burrs (printing artifacts) appear, which need to be carefully removed. We can also perform rough and fine grinding of the item.
5. Price
- requirements for strength, precision, and surface quality, and operational conditions;
- materials used for manufacturing the product;
- density of volume infill;
- post-processing;
- quantity of ordered products.
