Traditional CAD software presents limitations in designing for additive manufacturing (DfAM), resulting in slow processes, unmet requirements, wasted resources, and a steep learning curve for engineers and scientists. This restricts the ability to fully leverage the design freedom offered by 3D printing, hindering innovation in areas like lightweighting, material reduction, and customization.

Solo Lattices provides modularized, integrated software components that democratize access to Design for Additive Manufacturing (DfAM). Their geometry backend modules integrate into existing specialized third-party 3D design software, supercharging applications with advanced lightweighting, reduced material usage, custom mechanical properties, sustainable designs, and heat dissipation capabilities. The software's latticing toolkit offers unparalleled speed and robustness, handling difficult edge cases with ease and enabling automation of processes within existing software packages. By offering local-first modules, Solo Lattices simplifies adoption for enterprises with strict data regulations.

Geometry backend modules that integrate into existing software packages

Mocha: Latticing functionalities for lightweighting, material reduction, and efficiency

Dendrise: Blazing-fast voxel engine for robust and exotic geometric operations

Mash: Advanced mesh processing engine for post-processing and data preparation

Up to 24,000% faster latticing toolkit compared to competitors

Handles difficult edge cases

Local-first modules for enterprises with tight data regulations

The primary customers are engineers and scientists in the automotive, healthcare, and aerospace industries seeking to leverage the design freedom of additive manufacturing.