Frequently Asked Questions

We simulate what happens inside the melt pool during thermal manufacturing processes, predicting the outcome before you run the actual process. This helps you find the right process settings faster and with fewer costly test runs.

Metal 3D printing (additive manufacturing), laser welding, and soldering for electronics. Our primary customers are in aerospace, automotive, medical devices, and industrial manufacturing.

No. Our simulation is based on physics, not pattern matching. This means it works even for new materials or processes where no historical data exists.

Traditional tools use grid-based methods that are either slow or simplified. Our particle-based approach naturally handles how metal melts, flows, and solidifies.

A single-track simulation takes about 20 minutes instead of 8 hours with traditional tools. Full component studies complete in 24–48 hours.

Currently optimized for titanium alloys (Ti-6Al-4V) and metallic glass (AMZ4). Additional materials can be calibrated through a dedicated project.

Your material specification, machine type, and target geometry or process parameters. We handle the rest.

1 week for a DEMO project, 1–4 weeks for larger studies depending on scope.

In 2026, we run simulations for you as a service. Self-service licenses are planned for 2027.

We offer project-based packages from DEMO (3 parameter variants) to Full Study (125 variants). No annual license required. Contact us for details.

Yes, we offer standard NDAs and accept yours. Your data is stored on EU servers and is GDPR-compliant.