Geometric pattern boarder, Gyroid TPMS lattice structure, lightweight & beautiful, dark background

Lighter. Stronger. Faster.

Computational design for aerospace, biomedical, automotive, and performance hardware.

Lattice & TPMS lightweighting, topology optimization, metamaterials, structural ribbing, and thermal/fluid design — all in nTop. Cutting mass, holding strength-to-weight, getting parts to production sooner.

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Innovative 3D Lattice & Gyroid/TPMS Designs

Crafting complex, performance-optimized structures.

3D model of a mechanical bracket with a Voronoi surface lattice structure, generative design using nTop, featuring two attachment holes and a cylindrical component for fastening, isometric view.
3D model of a Gyroid TPMS (Triply Periodic Minimal Surface) structure, rendering of metal 3D print, computationally designed in nTop software, isometric view
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3D model of a Gyroid TPMS structure, rendering of metal 3D print, computationally designed in nTop software, front view showing repeating vertical wave pattern
3D model of a Gyroid TPMS structure, rendering of metal 3D print, computationally designed in nTop software, front view showing repeating horizontal wave pattern
3D model of a Gyroid TPMS structure, rendering of metal 3D print, generative designed in nTop software, top view showing repeating vertical wave pattern

Architected Materials & Lightweighting

Revolutionizing materials to redefine strength and efficiency.

3D model of an nTop designed metal mesh tube with a hexagonal reinforcement pattern on the exterior, like isogrid, automotive aerospace industrial, on a black background.
geometric hexagonal Octet periodic beam 3D lattice structure, lightweight, isometric view
3D model of an nTop designed geometric cylindrical structure with a triangular isogrid lattice pattern on the exterior surface and bolted flanges, automotive aerospace industrial, isometric view

Engineering solutions that balance aesthetics with functionality, optimizing for structural integrity

Organic Design and Topology Optimization

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Minimal organic 3D model of a computationally designed, topology optimized, manifold based on FEA simulation data within nTop software (nTopology)
3D model of a rectangular metal block with three circular holes, prior to running Finite Element Analysis and Topology Optimization in nTop, isometric view
3D CAD of a manifold after running Finite Element Analysis and Topology Optimization in nTop, only minimally required surfaces remain, front view
Base CAD design of a manifold that will be used for generative design & TopOp or TO design utilizing industry leading software nTop

Thermal & Fluid Management Expertise

Mastering the interplay between thermal efficiency and/or fluid dynamics to ensure optimal performance and functionality

background texture of beach
3D rendering of a four-way pipe junction with different colored fluid flow channels; featuring a computationally designed 3D Gyroid TPMS lattice pattern where they meet at the center, for both fluid management & thermal management, isometric view.
A 3D rendered nTop designed 3D Gyroid TPMS lattice pattern, with varying zonal/field control, for heat sink & thermal management.
3D rendering of a four-way pipe junction with different colored fluid flow channels; featuring a computationally designed 3D Gyroid TPMS lattice pattern where they meet at the center, for both fluid management & thermal management, top view.

Advanced Manufacturing Solutions

Leading the charge in additive manufacturing (3D printing) and beyond, tailoring designs for peak manufacturability

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3D model of a SolidWorks/CAD mechanical part with periodic Gyroid TPMS (Triply Periodic Minimal Surface) infill & solid exterior surface, for lightweighting & structural reinforcement, only 3D printable. isometric view.
Close-up of a hand turning a dial with options for design, develop, and produce, featuring gear icons. Mechanical engineering, design cycle, development cycle, R&D, design history. Prototyping, testing, iterating, pilot-production, manufacturing.
FDM filament 3D printer producing a red object with intricate organic Voronoi lattice structure.
3D printing workflow diagram showing a paper sketch, a computer with 3D CAD model rendering, a 3D printer, and a physical object, connected by arrows. Rapid iterative design cycle.
Computer-generated 3D CAD model of a wavy, repeating Gyroid TPMS lattice structure in light blue. Hollow cylinder, cross-section, isometric view.
CAD 3D rendering of a sphere with an debossed Voronoi lattice structure for a surface texture, looks like soccer ball with a geometric pattern on a dark background.

Together, let's forge the future, leveraging advanced design paradigms to transform imagination into reality!

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