3D printing services ensure you the shortest way from idea to product. The technology enables optimal physical presentation, product development and the easiest way to product improvement and small-scale production. We can use different plastics, metal and other materials. The extreme accuracy of print enables your product to be compact, rotating or movable. The product can have different characteristics according to your needs.

PROBLEM DEFINING AND CONSULTING

  • Support in complex R&D activities.
  • The possibility of taking over the product development process in its entirety or at any phase of the cycle.

REVERSE ENGINEERING

  • CAD model reconstruction.
  • Comparative analysis of 3D measuring data with the original CAD model.
  • Improvement, correction and optimization of the existing product designs.

3D MODELING

  • Start from conceptual designs, 2D drawings or physical pieces.
    Use of the latest 3D CAD software and 3D printing technologies.
    Optimized product development process.

3D PRINTING

  • Rapid prototyping, production of spare parts, final products, small-scale production,  unique personalised items, tools, moulds...
  • Optimal product development, the shortest possible path to product improvement, manufacturing of highly complex geometries

3D SCANNING

  • Conversion of physical objects to a virtual 3D models.
  • Digitalisation and archiving of technical and cultural heritage.
  • Creation of 3D models for use on websites.
  • Light and portable handheld scanner: 3D point accuracy up to 0,1mm.
  • Desktop scanner scanning area 80x60x60mm; 3D point accuracy up to 50μm.

POST-FINISHING

  • Tumble and hand polishing, sanding, puttying, dying, lacquering.
  • Visual appearance of injection molded parts.
  • Dirt resistant surface.

 

 

 

From idea to product

 

 

WHAT CAN BE 3D PRINTED
Conceptual and functional prototypes, small scale production of spare parts and end products, scale models and landscape models, unique personalized items, jewelry, fashion accessories and gifts, tools and moulds.
WHO DO WE 3D PRINT FOR
Customers from the automotive, electronic, home appliance, tool making, defence, aviation,consumer, craft and fashion industries, For engineers and product designers, jewellers, artists, urban planners, architects. For research and education...
WHY 3D PRINT
Suitable for small scale production and end products, direct digital manufacturing, manufacturing of higly complex geometries, possibility of improvements to existing shapes, fast and flexible production without stockpiling, optimal cost of production without any additional investments.

3D Printing Technologies

SELECTIVE LASER SINTERING (SLS)

MANUFACTURING FEATURES AND ABILITIES

Maximum build size (Polyamide 12):

485 x 485 x 440mm

Maximum build size (other materials):

325 x 275 x 385mm

Layer Height:

100 µm

Minimum wall thickness:

0,8 mm

Minimum details:

0,3 mm

Minimum space between moving parts:      

0,4 mm
Dimensional tolerance ±0,2% (with a lower limit of ±0,2 mm)

 

MATERIALS

Polyamide 12 /Nylon 12

(DuraForm PA):

  • various finishing possibilities (polishing, dyeing...)
  • good chemical resistance
  • biocompatibility

Carbon fibre reinforced Polyamide 12:

(DuraForm HTS):

  • high specific stiffness
  • elevated temperature resistance
  • anisotropic mechanical properties

Polyamide 11:

(DuraFOrm EX):

  • good impact resistance
  • high elongation at break point
  • black colour
Polystyrene (CastForm PS):
  • alternative for investment casting wax
  • clean burnout without ashes or residues
  • short burnout cycle


Tool steel A6 infiltrated with bronze:

(LaserForm A6):

  • complex patterns without welds or joints
  • highly complex conformal cooling channels
  • magnetic material

 

LASER MELTING (SLM) - Metal 3D Printing

MANUFACTURING FEATURES AND ABILITIES

Maximum build size:

500 x 280 x 325 mm                

Layer Height:

20 - 60 µm

Minimum wall thickness:

0,4 mm

Minimum details:

0,2 mm

Minimum space between moving parts:      

0,2 mm
Dimensional tolerance ±0,2 mm (with a lower limit of 0,1 mm)

 

MATERIALS

MaragingSteel 

1.2709

  • excellent strength combined with high toughness (for tooling)
  • hardenable up to 54 HRc

StainlessSteel GP1

1.4542

  • high toughness
  • high ductility

StainlessSteel 316L

1.4404

  • high ductility
  • biocompatibility (ASTM F138)

Aluminium AlSi10Mg

  • good thermal properties and low weight
  • good strength and hardness

Titanium Ti64

  • light specific weight with excellent mechanical properties
  • biocompatibility and very good bioadhesion (ASTM F1472)

 

STEREOLITHOGRAPHY (SLA)

MANUFACTURING FEATURES AND ABILITIES

Maximum build size:

145 x 145 x 175 mm

Layer Height:

25- 100 µm

Minimum wall thickness:

0,4 mm

Minimum details:

0,2 mm

Minimum space between moving parts:      

0,5 mm
Dimensional tolerance  ±0,15 mm

 

MATERIALS

White/Black/Grey:
  • high resolution
  • smooth surface
  • higher tensile strength and stiffness than ABS plastic

Clear:

  • transparency
  • smooth surface
  • higher tensile strength and stiffness than ABS plastic

Tough:

  • imitation of ABS plastic
  • good balance of strength and elongation
  • withstands high stress and strain
Durable:
  • imitation of PP and HDPE plastics
  • high impact strength
  • high elongation

Flexible:

  • imitation of soft-touch materials and rubber
  • good impact resistance
  • flexibility

High Temp:

  • high heat deflection temperature (289°C @ 0,45 MPa)
  • low thermal expansion
  • high stiffness

Castable:

  • alternative for investment casting wax
  • clean burnout without ashes or residues
  • high resolution
 Dental Model:
  • ideal for dental models with removable dies
  • smooth, matte surface finish
  • high resolution
Dental SG:
  • ideal for surgical and pilot drill guides
  • suitable for autoclave sterilisation
  • biocompatible