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"Beyond Lattices..." We develop ultra light and strong hyper-structures*. with unprecedented anti=vibration, impact-absorbing, and other unique capabilities. - Conforming, Generative, Field-optimized (stress, fatigue) - Density and porosity control and pressure distribution, more. Our computational tools, methods, and workflow are completely different* than the standard periodic lattice-based methods used by nTopology, Hyperganics, Carbon Design Engine, and others. We take a different approach that not only enables more complex components, but also unique optimization (AI) strategies to achieve ultimate lightweighting, vibration damping, and performance capabilities. Learn More about our exciting new technologies. Applications: Aerospace, Automotive, EM systems, Fluid/Heat transfer, Impact-Sport, Bioengineering, Architecture/Design, more. -> View selected CASE STUDIES.
-> Read our Nature Sci-Rep Publication on Optimized vibration. * US Patent #10585420 3/2020, revised 5/2021 We can best demonstrate in a live 3D demo. Contact us. |
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"Beyond Lattices"
ABEMIS llc provides component design services and full turnkey computational hardware/software systems
for clients to securely generate hyper-components in house.
Multi-component, multi-material, optimized hyper-structures, unlike anything you've ever seen.
HGon hyper-structures can be generated from most any STL, STEP,
or other CAD type formats.
Plug-ins for popular Modeling and CAD software are under development (Blender 3D, SolidWorks).
See our CASE STUDIES for examples of HGon ultra-light components for several clients (GE, Additec, Philips Medical, several Universities).
Contact us for more information and best, a Live Demo.
These are not periodic 'lattices' . They are true h-dimensional meta-structures. To our knowledge, the first ever.
We call them HGons. It's a new concept.
APPLICATIONS:
Aerospace, Automotive, Cycling and e-Transport, Footwear, Fashion, Sports/Impact, Bioengineering ,
Ultra-light prosthetics, Microscopy, Architecture and Design both small and large scale.
- Artificial Intelligence guided h-Generative Optimization (stress, heat transfer, electrodynamics, more.)
No project is too big or small.
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Learn more: short videos (below left) and info describing our new technologies:
HGON™ TECHNOLOGIES
(2 min, youtube) |
TECH DEMOS
(short videos) |
> CASE STUDIES <
Example HGon Apps. |
Vibration damping, Robotic
imaging/testing. |
NEWS: updated 9/2022
9/2022: Installation of new HGon, HScope microscopy systems finished at University of Illinois, Urbana-Champaign (School of Integrated Biology). See here.
5/2022: Finally.... we have moved! to a great new large workshop and office! New 3D printing facilities (3 SLA, 1 FDM) and micro-CNC machine shop!
6/2021: New Hyper-Scope!: vibration isolating, very large scale, fast (ultra-light) 3D-scanning microscopy system is in production, in partnership with University of Illinois Urbana-Champaign, Case Western Reserve University, and now Syracuse University Engineering.
5/2021: New meta-density optimization enables fine control of meta-structure densities with any field (e.g. stress, heat, fluid flow, electromagnetic!)
12/2020: NATURE publication is now live (open access): FE Analysis of Hyper-structure vibration damping (LINK).
12/2020: New publication in review: FIELD ADAPTIVE HYPER-STRUCTURES for Advanced EM, Fluid Flow, and Heat Transfer Applications (Mat & Design).
11/2020: Nature Scientific Reports publication In Press. To be published 12/8/2020.
10/2020: New designs for Meta-Audio! (more info here).
7/2020: New Nature (SciRep) publication revised and tbp est. 11/2020 (contact us for a pre-print)
3/2020: Utility Patent awarded! (#10585420)
5/2020: Unprecedented new Field-Adaptive Hyper-structures: new demo reel (Youtube)
1/2020: Utility Patent is prelim approved! (1/6/2020)
- New for Jan 2020, Press Release; advanced HGon Hyper-structure technologies.
General questions-inquiries : info@abemis.com
For consulting on advanced component design or Live Technical Demonstration: techdemo@abemis.com
Phone : +1-215-948-2363. We respond promptly.