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Seconds to start, minutes to master. Save time and resources with validated materials from the Ultrasim® 3D Lattice Library.
Automatically save changes to the cloud for seamless access from anywhere, complete with robust undo/redo capabilities.
Dive into your design flow with an easy-to-learn application that streamlines your lattice design process.
Adjust part thickness without the hassle of mesh errors.
Add intricate details and surfaces over latticed parts, ensuring your designs are closer to end-product quality without mesh complications.
Incorporate TPU beam lattices with validated properties from the Ultrasim® 3D Lattice Library into your design.
Enhance your designs by projecting a 2D image to vary lattice beam thicknesses, delivering precise and customized results.
Fully control Triply Periodic Minimal Surface (TPMS) structures to meet your functional and aesthetic requirements.
Choose from Cartesian, cylindrical, spherical periodicity, smoothly blend different TPMS types and modulate cell size and wall thickness.
Apply triply periodic minimal surfaces to selected objects with a choice of cartesian, cylindrical and spherical periodicity.
Seamlessly transition from one TPMS structure, like a gyroid, to another, such as Schwarz Primitive, within a single part.
Gradually transition cell size and wall thickness of TPMS infills along a specified axis.
Currently a beta feature, meshless simulation is seamlessly integrated with the design application, eliminating the need for manual meshing or export to external simulation software.
Build/Gain confidence in your designs before investing in physical prototypes.
Simulate complex lattice structures effortlessly, free from concerns about meshes or their quality.
Queue up to two simulations simultaneously in the cloud, allowing you to keep iterating designs without any slowdown.
Choose from a library of common materials or input your own material data.
Easily import boundary surfaces as STLs from your preferred CAD tool, or create complex boundary surfaces within HyDesign.
Apply distributed load, force, displacement, and gravity boundary conditions in your simulations.
Directly access and analyze solution fields within HyDesign.
I was stuck in endless iterations developing functional lattices for different designs and materials. HyDesign was the breakthrough I had been seeking for the past four years. Now, I am able to leveraging Hyperganic’s implicit modelling technology and BASF’s pre-validated Ultrasim 3D Lattices, which drastically accelerated my design-prototyping cycles.
From a girl (40kg in weight) to a huge guy, we can now achieve unique dampening properties. This increases the riding comfort and performance on the water. And HyDesign helped us create a workflow that is super easy to use. You just import your volume files, and then within seconds, you get a lattice structure with which you can continue developing your product. So I really liked the process, I like the speed of the program, and we will continue to work on it.
I believe 3D printing application development needs to become easier and more accessible. By joining forces with Hyperganic and combining software with materials, we're moving closer towards this goal. What previously took an engineer several months and numerous failed test prints, can now be accomplished by our customers in just several minutes. This dramatic improvement in efficiency simplifies and democratizes advanced lattice design.
