Sulis Lattice

User-friendly lattice generation software.

Rapidly design complex lattice structures for additive manufacturing with this powerful software module. Design engineers will find our lattice module ideal for energy absorption, heat transfer, filtration and many more applications across industries such as aerospace, automotive, manufacturing, medical and energy. Sulis Lattice is cost-effective and intuitive to use with advanced customisation tools not available with other software providers.

From £200/month

Why use Sulis Lattice?

Printable lattices in minutes
The easiest and quickest way to get complex lattice structures into your models.
Design software you can trust
Developed by additive manufacturing academic and industry experts.
Pay as you go
Latticing software as and when you need it with our flexible licencing options.
Implicit design kernel
Generate high resolution complex lattice structures for additive manufacturing.

Rapid creation of lattice geometry.

One click lattice creation

Rapidly add lightweight lattice structures to your models and effortlessly fine-tune their properties.

Multiple lattice types

Choose between surface, strut, stochastic and planar lattices or combine different lattice types in a single part.

Wide range of unit cell types

Select from a database of commonly used unit cells or even define your own custom strut based unit cells to match your application.

Rapid infill of imported models

Reduce material usage and printing times by converting to a model with a desired shell thickness and interior lightweight lattice structure.

Fine-tuning of lattice structures.

Easy parameter updates

Rapidly add lightweight lattice structures to your models and effortlessly tailor their properties to your application.

Multiple coordinate systems

Choose between cartesian, cylindrical or spherical coordinate systems to ensure lattices fit seamlessly within your CAD models.

Structural modifiers

Tailor the properties of your lattice structures by grading the cell size and density across multiple axes.

Blend lattices into geometry

Smooth lattice boundaries to remove stress concentrations and improve the strength of your components.

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Applications.