We help make your components lighter and stronger.

Design for Additive Manufacturing

In today’s fast-paced world, every technology that brings flexibility, innovation, and cost efficiency gains value. With the rapid evolution of 3D printing, long-established methods like generative design and topology optimization are resurfacing in new ways, combining to push the boundaries of innovation even further.

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Topology optimised part designed for additive manufacturing

Lightweighting - Engineering Services

Additive manufacturing delivers real value when a part is designed for this technology from the very beginning of development. Unlike traditional processes, the cost of 3D printing doesn’t rise steeply with complexity. This makes it possible to merge multiple components into a single part, integrate internal cooling or heating channels, print advanced superalloys, and use lattice structures for further localized weight reduction.

Faster product development cycles and model generation

Design Optimization for Additive Manufacturing

Unlock the full potential of 3D printing with our services. Using voxel-based technologies, we maximize the performance of every component. Additive manufacturing enables significantly more complex products without increasing production costs.

Topology optimization

Topology optimization helps engineers reduce material use while maintaining strength and performance. Explore how our  tools make your designs lighter and more efficient.

Topology optimized uprightTopology optimization

Lattice structures

Explore the benefits of lattice structures in additive manufacturing. Optimize weight, improve strength, and enhance performance with smart, efficient designs.

Lightweigthing with lattice structures and carbon fiberLattice structures

Generative design

Generative design allows us to quickly create multiple design variants and then select the best solution, taking manufacturing considerations and weigth into account.

Generative design metal printed partGenerative design
Design without constraints

Made for industrial 3d printing

Faster than conventional CAD

Cost-efficient parametric design.

Tailored workflow for flexibility

We analyze how your parts perform across different manufacturing technologies.

Manufacturing-optimized design generation

We can filter the generated design variants by weight, stiffness, and safety factor across different materials and manufacturing technologies, including additive manufacturing, CNC machining, and die casting. The selected model then best meets the design criteria.
Generative design maufacturing methods