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Shorter time-to-market cycles at a fraction of the cost for low volume production,

lighter parts, and simpler assemblies.

  • Low cost for low volume production

  • Light weight

  • Part consolidation

We start where conventional structural design technology ends and transform simple

and heavy parts into complex lightweight structures to leverage the benefits

of Additive Manufacturing Technology. 


Inspired by Nature. Assisted by AI. Designed by Engineers.

Artificial Intelligence assists in the optimization of material distribution to ensure safe strength and stiffness margins


Solution for highly loaded parts.

Organic, natural cellular structure merges with solid faces to reduce weight


Meet or exceed operational environment requirements.

Materials, loads and constraints are properly applied to design parts that meet their functional purpose

In nature, evolutionary pressure forces organisms to become highly optimized and efficient, a process called low weight bionic design.

Biologically inspired structural engineering is the application of biological methods and systems found in nature to design high performance parts and components.

Ultralight Bionic Structures

As part of your team, we define the parameters that will make the part meet its operational and functional requirements. This is essential for meaningful generative design. Then, we apply our process until all requirements are met with an optimized design. Finally, we deliver digital models for Additive Manufacturing.

Structural Optimization

Topology optimization is used to distribute material according to internal loads path. Smart algorithms explore the design domain through alternative mutations to find geometries that satisfy the requirements defined by the designer while minimizing weight and maximizing strength and stiffness.

Generative Design

This revolutionary technology in conjunction with additive manufacturing can provide 10X improvements to structural parts by transforming them into Bionic Structures.

Bionic structures are multi-organizational buildings blocks of material that make strong, stiff and durable parts.

Example of functionally compliant bionic ultralight structure designed by DUROWORKS

Generative Design follows the evolutionary process used by nature to design complex geometry that can only be materialized with additive manufacturing. An automated part of the process uses AI software that meets the constraints defined by the designer and learns from many design iterations as it searches for optimized alternative solutions. The design constraints, especially the structural loads the part is subjected to, drive the alternative solutions generated by AI. The Designer applies his knowledge and human intuition to direct the process, select the most promising design, 

and refine it to ensure all requirements are met.

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