- Lighter, Stronger, Smarter — Designed for Additive
At NOVAKRON, we use topology optimization to transform conventional parts into advanced, high-performance components ready for additive manufacturing.
This digital design method helps us define the ideal material distribution for a given set of constraints: loads, supports, connections, and manufacturing boundaries — resulting in parts that are lighter, stiffer, and functionally optimized.
Combined with 3D printing, topology optimization unlocks a new level of engineering freedom: allowing for organic, lattice, or biomimetic geometries that simply aren’t possible with traditional manufacturing.
What We Offer
- Function-based design that reduces weight while maintaining performance
- Topology- optimized structures ready for AM technologies
- Part consolidation to reduce assembly complexity, eliminate fasteners, and improve reliability
- Integration with real manufacturing parameters — printable, scalable, and testable
Why It Matters
Reducing weight is not just about saving material — it means faster build times, lower costs, better mechanical behavior, and in many cases, performance that exceeds traditional designs.
With NOVAKRON’s expertise, topology optimization becomes more than just a generative shape — it becomes a functional, manufacturable solution aligned with the realities of additive production.
Quality Quantity Repeatability
From Idea to Serial Product — Made In Israel
Nahum Het 9, Tirat Carmel, Israel