Category Archives: Modeling

180ºC temperature resistant air flow control tee tube of an antique car

By the client request, air flow control tee tube was 3D modeled and 3D printed of our new 3D printing filament - CoPA.

According to the dimensions provided by the customer, specific diameter air flow tee tube was 3D modeled by our engineers. The main requirement for this tee tube was resistance for high temperature. Unfortunately, we have not had such resistant materials in FDM technology so far, but from now on we are pleased to offer our customers CoPA plastic, which is made of polyamide (nylon), and is therefore extremely durable, resistant to impact and loads, and can withstand even 180 degrees of temperature! For this tee tube, 3D printing was used high-quality "Mass Portal" 3D printer.

This solution made it possible for the customer to quickly and economically produce the part that was no longer available on the market and adapt it to car restoration job.

3D printing material: CoPA plastic;

3D printing technology: FDM (fused deposition modeling)

Product size (mm): 110 x 60 x 85

Mockup of the church

  • cof
  • cof
  • sdr
  • cof
  • Baznycia

On order of company the church was modeled and printed with 3D printer.

The Church 3D model was modeled from the photos provided by the client. The most advanced 3D printer „Zortrax M200“ was used for printing. The printers of this company have high print quality and great software that makes printing extremely simple. The mockup was printed from HIPS plastic. During printing, this plastic does not deform so it is ideal for printing large dimensions objects. The printed products are snow -white and and it does not require additional processing for painting.

3D printing allows you quickly and inexpensively rebuild realistic object layouts.

3D printing material: HIPS plastic

3D Printing Technology: FDM (fused deposition modeling)

Product size (mm): 198x127x165

Microphone handles

  • Photo 13-01-2018, 13 14 19
  • sdr
  • cof
  • sdr

By manufacturer's order microphone handles were printed together with applied post-processing. Company provides high-class technological solutions

Parts were 3D modeled using inside components as references to have tight fit. Final version was printed on FDM 3D printer "Zortrax" using high quality ABS plastic to have higher strength. Because of the quality 3D prints, post-processing was done with fewer efforts.

Surfaces were processed and painted to acquire quality and pleasant products, who are quite sturdy for everyday use.

3D printing solution is very attractive manufacturing option to produce small quantity productions with pleasant surface, very complex inside geometry and good resistance to enviromental conditions with lower price point compared to injection-mold or other traditional manufacturing option.


3D printing material: ABS

3D printing technology: FDM (angl. fused deposition modeling)

Product size (mm): Ø 41 x 140

Motorcycle demfer

  • IMG_20171201
  • cof
  • cof
  • cof

A motorcycle demfer was scanned and printed on the order of the client.

Upon request, company engineers scanned an antique motorcycle demfer using the „Artec Space Spider“ industrial 3D scanner, which is metrologically accurate and capable of scanning highly complex surfaces.  The 3D demfer model was modified with 3D modeling software. The part was printed with the SLS (selective laser sintering) technology 3D printer, which distinguish by the surface plainess and particularity of the printed parts. The product was printed from PA plastic, this plastic is not only extremely durable, weather resistant, but is also easy to paint, so this material is perfectly suitable in this case.

Using 3D scanning and printing technologies, it is possible to quickly and qualitatively restore old, antique and non-commercial products, as in this case, the pre-war motorcycle damfer.

3D printing material: PA plastic

3D Printing Technology: SLS (selective laser sintering)

Product dimensions (mm): 62 x 142 x 62