Predicting Performance. Validating Design. Optimizing the Process.
At NOVAKRON, digital simulation is at the core of how we design, validate, and scale parts for additive manufacturing. From mechanical performance to thermal behavior, from distortion risk to print time — simulation helps us make the right decisions before a single layer is printed.
Our simulation tools and engineering know-how allow us to anticipate critical issues, reduce trial-and-error, and accelerate time to production. Whether you’re working on lightweight structures, functional prototypes, or mass production parts — we simulate reality before we build it.
What We Simulate
Thermal simulations
To assess heat accumulation, cooling behavior, and thermal gradients throughout the build.
Mechanical simulations (FEA)
For evaluating stiffness, fatigue life, and stress under operational loads.
Support structure optimization
To reduce material usage, minimize post-processing, and improve print efficiency.
Build orientation and nesting analysis (including print time estimation)
To optimize build orientation, reduce print time, ensure part quality, and minimize production cost.
- Why It Matters
In additive manufacturing, small design decisions can lead to big problems during production — internal stress, deformation, poor surface finish, or even print failure.
Simulation connects digital design with real production, helping us spot and fix problems before they occur.
This means:
Fewer failed builds
Shorter development cycles
Higher repeatability and part quality
Better scalability into mass production
Quality Quantity Repeatability
From Idea to Serial Product — Made In Israel
Nahum Het 9, Tirat Carmel, Israel