We help you redesign parts to be lighter, stronger, and ready for production. Using DfAM tools like topology optimization and lattice structures, we reduce material use, improve performance, and simplify manufacturing.
Great design isn’t just about form – it’s about function, cost, and manufacturability. Traditional parts often carry unnecessary weight, complexity, or cost when adapted to additive manufacturing.
Our DfAM process helps you rethink how parts are designed from the ground up. Using tools like generative design, topology optimization, and lattice structures, we unlock new performance levels while reducing material use and production time.
Design parts to meet performance goals using minimal material. We analyze loads and constraints to generate more efficient, lighter geometries.
Reduce part weight without compromising strength
Minimize cost through smarter material use
Shorten design and iteration cycles
We apply advanced lattice patterns to make parts stronger and lighter, using internal geometries ideal for additive manufacturing.
Use conformal or custom lattice designs
Lower material consumption
Improve part stiffness and energy absorption
Before printing, we validate whether your part can be manufactured reliably, avoiding delays and costly redesigns.
Identify risks before production begins
Estimate costs, print time, and material use
Confirm suitability for chosen AM process
We use generative tools to explore hundreds of geometry options – guided by your performance and manufacturing constraints.
Automate early-stage design exploration
Align output with print technology and materials
Create organic, high-performance shapes
Additive manufacturing removes many traditional design limits – but if you don’t adapt your designs, you won’t see the benefits.
Designing for AM means lighter parts, fewer components, and lower costs. We help you unlock these advantages by optimizing geometry, reducing material use, and ensuring your part is ready to print.
We’ll help you identify where to reduce weight, cut costs, and improve performance using proven design-for-additive techniques.
Start with an expert review of your part or assembly.
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