RESEARCH & DEVELOPMENT – 3D PROTOTYPING & MANUFACTURING

3D Prototyping Services

We offer advanced 3D prototyping services in plastic and metal materials for companies looking to accelerate their R&D and product development processes. With our industrial EOS 3D printing infrastructure, functional prototypes, design validation parts, and low-volume production needs are met with high precision and repeatable quality.

Our plastic and metal printing technologies provide effective solutions for critical stages such as design verification, assembly checks, functional testing, and early-phase product validation. Leveraging this infrastructure and engineering expertise, we perform prototyping and low-volume production services both for internal projects and external customers. All projects are carried out in line with confidentiality and quality standards, fully tailored to customer requirements.

Post-Processing Capabilities

In metal additive manufacturing processes, post-processing steps are as critical as print quality itself, directly affecting the final part’s performance, durability, and surface finish. With our advanced post-process equipment, we prepare metal 3D-printed components for functional use.

Heat Treatment (Stress Relief & Thermal Processing)

Using high-precision industrial furnaces, internal stresses generated during the printing process are controlled and effectively eliminated.

Reduction of residual stresses caused by printing

Improvement of mechanical properties (strength, ductility)

Enhanced dimensional stability

Material-specific heat treatment cycles (Aluminum, Steel, Inconel, Titanium, etc.)

Through this process, parts become suitable for subsequent machining operations or functional end-use applications.

Surface Cleaning

Using enclosed post-process cabins, residual metal powders remaining on the part after printing are safely and carefully removed.

Effective cleaning of complex internal channels

Enclosed system operation prioritizing operator safety

Homogeneous cleaning without damaging part geometry

This step is especially critical for components with internal channels and functional features.

Surface Finishing and Blasting

With our automated blasting and surface treatment systems, the surface roughness of metal parts is optimized.

Reduction of surface roughness

Homogeneous and repeatable surface quality

Pre-treatment for coating or painting

Aesthetic and functional surface enhancement

This process improves both the visual quality and fatigue resistance of the parts.