Synera | Design for Additive Manufacturing (DfAM)

Challenge

Navigating the multi-tool landscape in design for additive manufacturing

The main challenge in DfAM is to create parts with the desired functional and mechanical properties while balancing cost, design aesthetics, and the limitations of the specific additive manufacturing technology. This requires the orchestration of multiple specialized software tools.

Solution

Simplifying DfAM through low-code Integration of specialized tools

Synera streamlines the DfAM process by integrating multiple specialized software tools, reducing the need for manual input, minimizing human error, and providing a unified interface to evaluate design options and optimize production. This enhances collaboration, increases transparency and control, and simplifies the use of specialized software tools in DfAM.

Simplification

Simplification of the design and production process by integrating multiple specialized software tools.

Increased transparency

Enhanced visibility and control throughout the DfAM process, simplifying monitoring and management of data inputs and outputs from multiple software tools.

Handling of complexity

Efficient management of DfAM complexity through a centralized platform for evaluating design choices and optimizing production

Case studies

See what our customers built using

Design for Additive Manufacturing (DfAM)

40%

weight reduction

8x

faster production process

What fascinates me about this software solution is that we are breaking completely new ground - away from manual engineering and towards true computer-aided engineering.