Material-Details: Copper Datasheet


Copper is a material which is used for thousands of years. Due to its good thermal and electricity conductivity,this can industrially produce usable components.
Copper is a cheap and very detail-faithful way to realize pressure metal parts by means of 3D printing.

Advantages & disadvantages

  • Precious
  • Abrasion
  • Detailed and extremely clean in printing
  • Very good permanent availability
  • High stability
  • Very conductive (electricity and heat)
  • Not all possible shapes

Material examples

Price calculation

Copper is calculated in cm³ berechnet. Always polished copper is shipped.
An additional handling fee advantages model is necessary as much hand work is involved in manufacturing.

  • 30 € / cm³

Typical usage

Copper is often used for the production of miniatures, coins or medals, but also applications are plug connector or heating pipes realized with copper.


Copper produced in the so-called "lost wax" process.
While your component is printed by SLA in a special Castingwax and then classic cast.

The procedure:

Your model is disassembled by a program into individual layers of 0.05 mm.
Now a plate lowered into a bath of wax casting.
On this plate starts now a UV laser to the contours and shapes of the parts 'draw'. At all points in which the laser meets the Resinbad, the material hardens.
Now the build platform lowers to a layer thickness down and a slide allows for new material on its surface.
This process is repeated to layer by layer until your component is finished.
During the construction process your component rests on the insulators.
These are manually removed after the printing process, and sanded.
Your part will be placed in a mold and cast in a molding compound. After this mass is cured, the printed part is melted off (hence the term 'Lost Wax').
Now, the resulting cavity is poured with molten copper. Thy portion is broken after curing from the mold and the sprue is removed. Thereafter, the further post-processing steps are carried out as polishing and grinding.

SLA 3D printing technology  clarification, methods

Additionnal information

  • Forms such as "Ball in ball" are not producible.
  • All forms of "floating" are not feasible (for example, the links of a chain)
  • Copper oxidized on contact with air. Our PU protective layer slows this effect, but can not completely stop it.

Shipping within
17 Working days

Design specifications:

± 0,1 mm

Minimum wall thickness
0,5 mm

Smallest Detail
0,3 mm

Maximum dimension
88 x 63 x 125 mm

Priority service

There is no priority service for copper.



Copper can be reworked only on a few species. Our standard copper is provided with a surface coating made of PU to protect it against oxidize.

Available colors:

Copper color





Coating 3D Printing


Of course, we can coat parts made of Copper on request specially. This, however, unfortunately, only trought a manual request

  • We can coat only parts of 10 x 10 x 10 mm to 600 x 600 x 600 mm. Larger parts on demand.
  • Handling fee 12 € / Order
  • Hand electroplating .
  • High Resolution from 1 µm
  • Possible coatings..

    Copper 99,99% Cu IMDS Nr.  736943
    Matt nickel, from Sulfamatelektrolyt 99,95% Ni IMDS Nr.  748706
    High-gloss nickel >99,50% Ni IMDS Nr.  749088
    Gold plating 24ct. 24 Karrat Au IMDS Nr.  756617
    Silver plating 99,99% Ag IMDS Nr.  757803
    Chrome plating from the trivalent electrolyte, RoHS Compliant IMDS Nr.  756617
    Black chrome plating electrically conductive, Black Chrome coating IMDS Nr.  10629626/1
    Electroless Nickel Plating hochphosphorig, 13% Phosphor as NiP IMDS Nr.  326271538
    Tin plating 99.98% Sn, RoHS-Konform
    Bismut our Bismudan electrolyte, 99,95% Bi


Unit Value
Tolerance 0,1
Bronze Cu 90% Sn 10%