The digital solution that turns your vision into high quality custom parts.

tsf tübinger stahlfeinguss uses KREATIZE® for rapid prototyping to improve your customers' comfort at 36.000 ft

From a 3D CAD model to ordering and delivery of your custom parts: the smartest match for manufacturing process, material and supplier - easy, fast and safe.

We match you with the manufacturing process that best suits your individual project.

Over 20 different manufacturing processes in one place.

Find your supplier.

Only 4 steps from a 3D CAD model to your completed custom parts:

1. Upload

Upload 3D CAD models or drawings of your custom parts.

2. Matching

We match manufacturing processes and materials suitable for your custom parts.

3. Supplier

Choose the supplier that best matches your project's requirements.

4. Shipping

Your custom parts are directly shipped to you by the supplier.

Online Management

Order Management
Suppliers Network
Order Tracking

Order Management

You can use KREATIZE order management tools to track your orders and follow the production process. There you are able to see the history of your ordered parts, reorder parts, create requests and communicate with suppliers. You may perform the following actions in our order management system:

  • Overview of communication with suppliers
  • Chat with suppliers
  • Keep track of your suppliers network
  • Check the status of your orders at all times
  • Generate reports

Suppliers Network

You can use our supplier network to create a directory of preferred suppliers. By doing so you are able to send requests exclusively to your personal network.


Order Tracking

You are able to always track the status of your orders online. Additionally you may activate email notifications so you are informed whenever the status of your orders changes or when unexpected delays occur.



Through the reporting tools you are able to get an overview over your activities. In order for you to integrate your activities in your own system all of our reportings are available for download as Excel and CSV files.

Safety & Trust

Payment Security

If you pay with KREATIZE payment tools you are always on the safe side in case disturbances of your orders arise.

Data Security

We use latest encryption techniques to guarantee your data are secure.


All our business partners are obliged to absolute secrecy in order to keep your data confidential.


KREATIZE® is convinced that only the highest standards of quality and safety are good enough for our customers.

Manufacturing Processes

Additive Manufacturing

  • Binder Jetting
  • Selective Laser Melting (SLM)
  • Selective Laser Sintering (SLS)
  • Electron Beam Melting (EBM)
  • Fused Deposition Modeling (FDM)
  • Multi-Jet Modeling (MJM)
  • Stereolithography (SL)
  • PolyJet

CNC Machining

  • CNC Milling
  • CNC Turning
  • CNC Grinding

Binder Jetting

3D Printing, 3DP, Drop-on-Powder

Two materials are used during this process – a powder-based material and a usually liquid binder. First, the powder is spread on the building platform. An inkjet printhead then applies the adhesive binder on top of the powder where required. After, the building platform is lowered according to the part's layer thickness and the process is repeated until the object is completed.

Selective Laser Melting

SLM, Laser Melting, Direct Metal Laser Sintering (DMLS), Laser Cusing, Laser Beam Melting

Thin layers of metal powder are melted and fused by a laser beam. This process is repeated and the object built up layer by layer.

Selective Laser Sintering

SLS, Laser Sintering

Thin layers of a usually non-metallic powder are sintered by a laser beam. This process is repeated and the object built up layer by layer.

Electron Beam Melting


Thin layers of metal powder are melted and fused by an electron beam. This process is repeated and the object built up layer by layer.

Fused Deposition Modeling

FDM, Fused Filament Fabrication (FFF), Fused Layer Modeling or Fused Layer Manufacturing (FLM)

Material is first heated by a nozzle and then deposited where required. The object is built up layer by layer and cures on the building platform while cooling down. The material is fed into the nozzle from a material spool under constant pressure and in a continuous stream.

Multi-Jet Modeling

MJM, Material Jetting, Drop on Demand, Inkjet Printing

This manufacturing process resembles a 2D inkjet printer. A photopolymer is jetted through a nozzle onto the building platform either continuously or by drop on demand. The material layers are then cured using UV light and the process of jetting and curing is repeated.


SL, SLA, VAT Polymerisation

The layers of the object are built up by curing liquid photopolymer resins with a UV laser. The building platform is lowered layer by layer after each new layer is cured. The UV laser is applied where required in order to create the structure of the object.


Photopolymer Modeling, Polyjet Modelling, Multijet Modelling, Jetted Photopolymer

This manufacturing process is similar to Multi-Jet Modeling (see above) but is able to process multiple materials depending on the number of printheads.

CNC Milling


In CNC milling workpieces are machined and processed with a rotating tool.

CNC Turning


In CNC turning workpieces are machined and processed by being cut with a fixed tool while rotating.

CNC Grinding


In CNC grinding usually round workpieces are manufactured and processed by grinding with different methods.

»Creativity is putting your imagination to work, and it's produced the most extraordinary results in human culture.«

Ken Robinson

Get started!

Upload your 3D CAD models or drawings and find the perfect match for your next project.

For further information please contact us
at +49 (0) 3070 2488 18 or at