Car suspension design by ParaMatters for Mini Cooper, 47% weight reduction
Manifold lightweighted design by ParaMatters - 56% weight reduction. Extra high resolution, 60M elements
ECOSSE motorcycle engine mount bracket designed by ParaMatters - 35% weight reduction
Femur bone - Meso-Structural design by ParaMatters
|Cost of Design Project||< Order of Magnitude||~ $15,000 - $20,000|
(weight vs. performance)
15-20% lighter than other optimized solutions
Minimal Human Intervention
|Hardware Investment||Zero||~ Cluster > $100,000 + maintenance|
|Material Agnostic||Isotropic, Anisotropic, multi-material||Isotropic|
|Require intensive human interruption|
CogniCAD™ by ParaMatters is the only generative software product with a fully automated workflow based on in-house developed topology optimization, high resolution finite element analysis and computational geometry, that requires no manual adjustment or reconstruction.
Designs generated by CogniCAD™ satisfy all design requirements, CAD agnostic as B-rep (STEP) and are ready for manufacturing (STL) within tens of minutes up to few hours.
CogniCAD>TM allows companies to scale. One engineer designed 5 functional parts ready for advanced manufacturing within 1.5 days
We used various topology optimization solutions to lightweight designs for Additive Manufacturing.
ParaMatters software generated the best design quality we have seen so far. Design provided by ParaMatters met in service load margin of safety deflection OML (outer mold line) requirements and saved 24% weight on Inconel 718 and 8% over aluminum versus the baseline design. Design file was smooth and watertight, ready for AM and CAD compliant.
We have run a number of projects with ParaMatters and have been impressed by the results. Their cloud-based platform, CogniCAD, is very easy to use and produces high quality optimized models that often can be printed straight away, without further modification to enable printability. Our customers have also been happy with CogniCAD optimized geometries as these have met key constraints for light weighting, volume reduction, mass saving and stiffness. We are looking forward to expand our partnership with ParaMatters.
With Design for Additive Manufacturing in mind, the emergence of tools like Paramatters will redefine the way we design components, and provide us functional insight as to the role a material usage within the available design space. The quality of the geometries produced, in conjunction with compliance and stress constraint criteria, has allowed us to design in a few clicks, parts that are quasi-ready to print with zero post-processing overhead.
Metal AM Journal (Vol. 5 No. 1 Spring 2019) –
Scalmalloy® is too expensive and design optimisation only makes sense in aerospace. True or false?
“… it is clear that, in the case of our original caliper problem, the optimisation effort of using Paramatters with Scalmalloy pays for itself in terms of recurring cost saving, even if only one part is produced.”
“Finally, we never expected that topology optimisation could pay-back on such low volumes of parts. This says something about the lean workflow implemented by Paramatters …”
We have tested different Generative Design tools in order to take advantage of all the design freedom that Additive Manufacturing allows you. To date, ParaMatters has provided the best results, obtaining lightened parts with improved mechanical properties.
In addition, ParaMatters has produced the most high-quality geometries which are almost directly 3D Printable, reducing the post-processing time and allowing us to satisfy all the boundary conditions. We are very pleased with this software and all the support we have received, and we are really looking forward to see all the new updates coming