Online‑quote

3D printing cost calculator

Upload an STL or OBJ model and the calculator will estimate volume, material use and printing cost in real time for different technologies and materials.

Upload a model to see its parameters Volume, surface area and cost will appear here automatically after an STL or OBJ file is loaded.

Information

File
Dimensions
Volume
Surface area

Model view

Display
Model color
Orientation
Triangle mesh
Rotation

Print settings

Wall thickness and infill percentage determine material use and the final price. Learn more

Wall thickness
Infill
Wall volume
Infill volume
Plastic use

Questions?

Our engineers will help choose the best practical option.

Weekdays 9:00-18:00 · Weekends 12:00-17:00

Printing cost for your model

Prices update in real time when you change the settings on the left. Choose a technology and material; the estimate accounts for density and layer height.

FDM

FDM plastic printing

For prototypes, enclosures, vases and technical parts from 20 mm in diameter.

300 micron200 micron100 micron
ABS plastic
properties
7 UAH/g 10 UAH/g 14 UAH/g
PLA, ABS+ plastic
properties
9 UAH/g 12 UAH/g 16 UAH/g
coPET, PETG, ABS Pro
properties
11 UAH/g 14 UAH/g 18 UAH/g
Elastan
properties
12 UAH/g 16 UAH/g 24 UAH/g
Time 1–2 days
Cost
Order 3D printing
  • For an exact quote, send the model through the quote request form.
  • Choose print settings deliberately because they affect both price and strength. Learn more

The calculator measures volume, surface area and estimated material use directly in the browser. We will confirm the final price after you send a request.

Online 3D printing cost calculator

Use the 3D printing cost calculator: upload your 3D model in STL or OBJ format and get an estimated print price and timing. The viewer shows model volume, surface area and lets you rotate or zoom the model directly in the browser.

You can change infill percentage and wall thickness. These are key settings because the print price depends on plastic use: more material means a higher cost. The right internal lattice reduces price while preserving stiffness. The calculator updates the estimate as you change these parameters.

Calculator results are preliminary. We confirm the final price after reviewing the order.

PLA plastic

Made from natural raw materials and considered one of the more eco-friendly 3D printing plastics. Non-toxic and insoluble in alcohols and water.

Class: thermoplastics · Group: aliphatic polyesters.

Density 1.2-1.4 g/cm3 · Strength 10-60 MPa · Melting temperature 165-195 °C.

ABS plastic

Acrylonitrile butadiene styrene is one of the most popular 3D printing materials. Working temperature is about -40 to +100 °C. Resistant to alkalis and oils, suitable for finishing and bonding.

Density 1.02-1.08 g/cm3 · Strength 35-50 MPa · Melting point 160-170 °C.

Elastan

A highly elastic engineering material. Working range is about -40 to +120 °C. Handles alternating loads well and is useful for machine parts, protective elements, footwear and soles.

coPET / PETG / ABS Pro

PET-based engineering plastics can provide a smooth surface, transparency, chemical resistance and improved impact strength. Density about 1270 kg/m3, melting point around 200 °C.

Standard resin

A practical material for figures, miniatures, high-detail prototypes, medical items and jewelry models. Shore hardness about 35 D.

Castable resin

Used for burnout models for metal casting such as bronze, copper, tin, silver and iron. Excellent geometry accuracy for jewelry. Shore hardness about 73 D.

Tough resin

An industrial-grade polymer that keeps its properties under demanding temperatures from about -45 to +225 °C. Suitable for demanding prototypes. Shore hardness about 75 D.