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Your part, redefined

We design and optimize your application for metal 3D printing

Do you need...

...a lightweight redesign of a part?
3D

Transforming conventional parts into optimized 3D printed parts

Designing and 3D printing metal parts is difficult. We understand because we've faced these challenges many times ourselves.
That's why we're here to support you through every step of the process so that you end up realizing the vast potential of Additive Manufacturing.

Do you want to start your first 3D printing project?

We can help you navigate the landscape of metal 3D printing. You will get to understand whether your application is a good fit for the technology. If so, we quickly realize your optimized AM part.

Technology fit and application screening

Material and process selection

Fine-tuned design and optimization workflows

We design an optimized part for your application.

The learning curve is steep: from Design for Additive Manufacturing (DfAM) design rules via in-depth manufacturing knowledge to various specialized software packages. We ease your introduction to the world of metal 3D printing.

Advanced CAD design

Design for AM guidelines

Co-innovation with you

Do you care about performance as much as we do?

Numerical simulation and optimization are essential to getting the best performance for your parts. The ability of 3D printing to produce free-form, hollow parts with thin-walled structures enables the realization of the design resulting from the optimization algorithms.

Structural topology optimization

Fluid flow improvement

Sizing optimization

Ready for Additive Manufacturing?

Your journey with us starts here

Learn about a typical design project from start to finish.

  1. Project definition

    You give the input.

    • We understand your pain point and objective.
    • You give us a functional description of your part.
    • Together we define requirements, loads, and boundary conditions.
    • You send the design space and original model to us.
  2. Optimization

    We work our magic.

    • Performing structural optimizations to pinpoint stiffness, mass, and stress targets.
    • Adjusting the internal fluid passages to optimize fluid flow.
  3. Design

    Taking it one step further.

    • Redesigning the optimization result for better fine-grained control.
    • Bionic shapes are realized with subdivision modeling.
    • Precise modeling of all interface geometries.
    • Adding surface patterns and lattice structures as functionally required.
  4. Simulation and fine-tuning

    Make sure everything fits.

    • Using linear and non-linear structural FEA simulations.
    • Ensuring the adherence to all your design requirements.
    • Achieving even better performance with detailed size and shape optimizations.
  5. Technical Drawing

    Manufacturing preparation

    We are ready to go.

    • Adding machining fixtures and offsets to the part.
    • Generating documentation, including technical drawings.
    • Creating a report of the input, process and outcome.
  6. 3D printing and post-processing

    Making the digital physical.

    • We find the right supplier in our partner network.
    • Tool-less manufacturing means more iterations and short lead times.
    • Get a functional part with a CNC precision machining post-processing step.
    • Put the optimized part through your test program as fast as possible.
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Let's work together

We are looking forward to hearing from you and working jointly on your technical challenge. Let's get the optimized, physical part to you as fast as possible.

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