Rapid Product Development | Core Aplikacije

Metal 3D Printing

For functional, high-strength metal components, we utilize industrial metal 3D printing. We specialize in producing smaller, high-precision parts using Stainless Steel 316L, delivering exceptional mechanical properties with an ultimate tensile strength exceeding 600 MPa.

MATERIAL: STAINLESS STEEL 316L • TENSILE STRENGTH: >600 MPa

Stress-strain curves of the five tested stainless steel 316L specimens — Stress (MPa) vs. strain (%) · 5 specimens

Independently tested

Our printed stainless steel 316L specimens were tensile-tested at the Experimental Mechanics Laboratory, Faculty of Mechanical Engineering and Naval Architecture, University of Zagreb.

606.9 MPa

Ultimate tensile strength R_m

434.2 MPa

Yield strength R_p0.2

48.8 %

Elongation at break A_t

Mean values of 5 specimens · Test report No. 05/26, March 2026

Plastic 3D Printing

The part turning here is a motorcycle headlight housing, modelled and printed in our workshop. That is how we like to work: a part starts as an idea, a sketch or a worn original, and goes through CAD modelling and, when it has to carry load, FEA before the first layer goes down.

Then it goes onto a large enclosed printer, in the plastic the job needs: ASA for parts that live outdoors, ABS where heat is a concern, TPU when a part has to flex, PETG and PLA for everything in between, and more unusual filaments when a part calls for one, like the matte finish on this housing.

TECH: FDM / FFF • MATERIALS: ASA, ABS, PETG, TPU, PLA

Showcase

3D-printed motorcycle headlight housing — **Motorcycle headlight housing**Modelled and printed in house: the part turning above.

3D-printed speaker cradle on a sofa armrest — **Speaker cradle for a sofa armrest**A curved tongue slides under the armrest cushion, so the sofa itself holds the speaker in place; the cable follows the cradle out of sight.

SLA Resin 3D Printing

We also offer resin-based (SLA) 3D printing for parts that call for excellent surface finish and fine detail.

TECH: SLA (RESIN) • FINISH: FINE DETAIL

3D Scanning & Reverse Engineering

Equipped with modern blue light laser scanning technology, we capture highly complex geometries with extreme accuracy. The resulting high-density point clouds can be used for reverse engineering, quality inspection, or direct 3D printing.

TECH: BLUE LIGHT LASER • OUTPUT: POINT CLOUD

From scan to part

Scanning an uneven brick wall around a light switch with a blue light laser scanner — **Scanning the wall**Blue laser light sweeps the uneven brick around a light switch.

Point cloud of the scanned brick wall around the switch opening — **Point cloud**The scan builds up into a precise 3D copy of the wall's surface.

3D-printed switch frame following the uneven brick wall — **A frame that fits**Modelled on the scan and 3D-printed, the frame follows the bricks and gives the switch a flat seat.

CAD Design

Using state-of-the-art CAD software, we offer comprehensive modeling services tailored to any product type, whether your project requires complex solid modeling, organic surface design, or assembly development.

MODE: SOLID / SURFACE • PLATFORM: CAD/CAM

CAD Engineering Analysis (FEA)

We ensure your designs are structurally sound. Using Finite Element Method (FEM) tools, we perform structural analysis, optimization, and component dimensioning to validate performance before physical production.

METHOD: FEM / FEA • TYPE: STRUCTURAL