Your partner in making nTop work for your business.

Frequently Asked Questions

• How does implicit modeling different than b-rep?

  Traditional CAD represents geometry as boundary representations (B-Rep) — collections of surfaces, edges, and vertices that can break when a design changes too much. Implicit modeling represents geometry as a mathematical function instead, so operations like fillets, booleans, and large parametric changes stay stable no matter how far you push them. That's what makes it possible to generate and evaluate thousands of design variants without manual repair between each one.

• Where does nTop fit in my product development lifecycle?

  nTop helps accelerate the engineering process across all phases of development, including:

  Research: nTop shortens the time to discovery through thorough exploration of design properties and potential applications, enabling researchers to rapidly test fundamental concepts and validate new approaches. The software's unbreakable geometry allows for bold parametric changes that help researchers understand design tradespaces without worrying about model failures.

  Conceptual Design: nTop performs up-front design exploration while defining product and critical systems requirements. Engineers can quickly generate and evaluate thousands of design variations to understand the full solution space before making critical downselection decisions. The software helps teams "fail fast, focus forward" by rapidly identifying what works and what doesn't with speed and confidence.

  Detailed Design: nTop automates design refinement and reuses high-performance design strategies to deliver high-performing designs faster. The software's Design Analysis toolkit enables seamless analysis in a single, connected process, allowing engineers to make informed design decisions and explore design spaces while understanding key trade-offs.

  Production: nTop rapidly tailors existing products to unique customer requirements and reduces design time for complex jigs, fixtures, and tooling. The software's automation capabilities enable mass customization and batch processing of production parts, while its direct manufacturing integrations streamline the path from design to production without traditional meshing bottlenecks.

• Where does nTop integrate with my existing modeling and simulation tools?

  nTop accelerates engineering workflows at every stage of product development—from early research to detailed design and optimization—without disrupting existing workflows. The best way to work with nTop is to build your models natively in the software, exposing all key parameters for rapid iteration. But nTop can also work seamlessly with your current tools to optimize geometry without breaking the digital thread—import CAD and simulation results to feed your design process, build reusable workflows to generate high-performance geometry, then convert designs to B-reps, meshes, slice data, or other formats and integrate fully with your existing engineering software toolchain.