ABOUT US

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VISION

MTP: Massively Transformative Purpose

TO CONTRIBUTE TO A FUTURE OF ABUNDANCE WITH COMPUTATIONAL DESIGN OF BIONIC STRUCTURES

A GENERATIVE DESIGN CENTER OF EXCELLENCE

THE DUROWORKS STORY

New possibilities years in the making

DUROWORKS was born in the intersection of Generative Design technology and passion for engineering of high performance structures.

With background in the Aerospace Industry and the prospects of a digital manufacturing revolution, we are excited by the potential of structural design that overcomes the limitations of classical structural engineering and traditional manufacturing.

We are a group of forward looking expert GD Engineers and Designers inspired by nature developing excellence in our craftmanship to deliver high value services. Our objective is to design the most efficient structures that can be manufactured and are perfectly adapted to their function and context. Our motivation is to help Digital Manufacturers to take advantage of GD and AM technologies, enhance their capabilities, improve the performance of structural parts, and reduce their impact to the environment.

MOONSHOT

ACCELERATE THE IMPLEMENTATION OF BIONIC STRUCTURES

WHAT

DUROWORKS

A Computational Design

Services Company

We use Generative Design to deliver bionic structural part designs

to Digital Manufacturers

Digital Manufacturing coupled with Additive Manufacturing can produce structural parts with complex geometries that are simply impossible to produce with traditional manufacturing.

DUROWORKS specializes in the design of complex geometry to meet functional

and operational requirements.

Our criterion for decision making is simple:

“Everything we do is to create a superior solution”

We ensure functionality and manufacturability

of the structural parts we design and guarantee

at least 15% weight reduction.

MISSION

TO HELP DIGITAL MANUFACTURERS PRODUCE BIONIC STRUCTURES

WHY

POSITIVE IMPACT

Ultralight structural parts increase product performance and reduce environmental impact. Lower weight results from better utilization of material and energy for manufacturing, and reduces the energy required for transportation.