Send us your CAD or 3D scanner files and your constraints (required stiffness, strength). We identify the best alternative materials in terms of cost reduction or weight reduction from a wide database (materials for 3D printing, metals, ceramics, polymers, elastomers)

Advantages:

• Explore new materials for your business
• Identify the best 3D printing material for your application
• Reduce weight and production costs

From a single test (for instance a three-point bending test) we can identify from your force-displacement data all the key parameters of your material (Young modulus, strength, toughness) with our digital twin model and our proposed machine learning software

Advantages:

• Full characterization of material properties
• Save time with respect to lab experiments (that usually require a combination of multiple tests, each one with specific setup)

A portfolio of simulation tools stemming from 20 years of academic research to move from laboratory experiments to virtual testing of materials and components. They can be applied to materials science, coatings, composite materials and also to real surfaces, for failure analysis, multi-physics simulations of production processes, as well as to tribology.

Advantages:

• Virtual testing can accelerate the design of new materials and products (up to 90%)
• Save time with respect to lab experiments (up to 200%)
• Avoid quality control issues through a proper design of your material and component (up to 70%)

• Increased productivity (up to 160%) 
• Time-to-market reduction (up to 90%)
• Weight/cost optimization (up to 60%)
• Quality costs reduction (up to 90%)