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The Complexity Problem ​

Additive manufacturing enables the creation of virtually any shape and the ability to create engineered interior structures. Light-weighting, energy dissipation, and dampening vibration are just a few examples of the design advantages AM permits. But, until now, these high-performance designs have been tricky because of their extreme complexity.​

The Digital Revolution ​

Digital technologies like generative design software, artificial intelligence, and additive manufacturing have revolutionized product design and manufacturing. ​

Over the past few years, additive manufacturing has transformed remarkably, from a mere prototyping tool to a powerful mainstream production technology. Its usage is projected to double in the next five years, a testament to its growing importance. Today, AM builds a wide range of products, from concrete houses to nanoparticles. 

The Vixiv Solution

Designing these super-complex parts traditionally required numerous iterations of the design-simulate-build-test-redesign cycle. This process is time-consuming, expensive, and outside the budget of most design teams.​

Vixiv's software inverts the iterative design process. With vixiv’s powerful new software, the design engineer provides the performance requirements, and the AI-driven software creates an optimized design in seconds. By eliminating iterations, the design process speeds up, and project costs decrease, and you get a better design.

01

Acoustics

02

Change the center of gravity​

03

Electrical and electronics​

04

Fashion

05

Aesthetics

06

Jewelry​

07

Light weighting​

08

Optical equipment​

09

Medications

10

Filtration systems​

11

Heat dissipation​

12

Human factors​

13

Impact response​

14

Insulation

15

Load distribution​

16

Printing nanoparticles​

17

Stiffness and tuning​

18

Vibration response​

Application​

Vixiv design software unlocks an endless list of possibilities. Here are some applications Vixiv software will accomplish when it is fully built out​

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Multiphysics

Often, the design problem cuts across different domains of physics. For instance, your design may have electrical, thermal, and stress dimensions. We expect future versions of the Vixiv design software to optimize performance across multiple domains. ​

Case History​

Vixiv AI-enabled predictive software created a design concept for ballistic armor that reduced the energy telegraphed through to the body by 91%.​

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