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Divergent Has Raised $160 million to 3D Print the Cars of Tomorrow
Divergent successfully raised $160 million last week to continue creating automotive parts using additive manufacturing. The company has developed a software solution and automated assembly system, called Divergent Adaptive Production System (DAPS®), to design almost all the comp
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Divergent successfully raised $160 million last week to continue creating automotive parts using additive manufacturing. The company has developed a software solution and automated assembly system, called Divergent Adaptive Production System (DAPS®), to design almost all the components of a car. The company has chosen SLM Solutions‘ NXG XII 600 machine as its 3D metal printer, and the funds raised should enable it to increase its manufacturing capacity and open new factories in the United States and Europe from 2024.
If the name Divergent rings a bell, it’s because the company was one of the first to develop a solution for designing 3D printed car chassis. In 2015, the California-based startup presented Blade, a concept car incorporating an ultra-lightweight chassis designed using carbon tubing attached together with 3D printed fasteners. Some time later, the startup signed a strategic partnership with Peugeot and raised its first million dollars. Since then, the company has been working hard and has set even more ambitious goals.

Divergent has been interested in 3D printing for a few years now to 3D print chassis (photo credits: Divergent)
However, it’s been a while since we’ve heard from Divergent. It has been dedicated to developing a solution for developing custom automotive parts by combining generative design and additive manufacturing. According to the company, this proprietary end-to-end solution is a complete modular digital factory for complex structures and is the subject of 500 patents. The software is able to understand the volume of the part, where it needs to be attached in the car and what loads it needs to tolerate. Based on these constraints, the software optimizes the weight, strength and cost of the model, which can then go to print. A laser fusion machine on a powder bed was chosen, specifically six NXG XII 600 3D printers.





