CEO
nTop
The startup develops computational design software that utilizes 3D solid design, topology optimization, and implicit geometry kernels to enhance product planning and design in industrial engineering. This technology enables manufacturers to efficiently create complex structures and manage thermal and fluid dynamics, ultimately improving production speed and customization capabilities.
- Artificial Intelligence
- Enterprise Software
- Manufacturing / Industry 4.0
- Software Only
Updated yesterday
Funding
Raised to date
$138.1MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
+4Funding rounds are not available yet.
Founders
Product
Problem
Traditional CAD software struggles to create complex geometries and optimize designs for advanced manufacturing techniques like additive manufacturing, limiting innovation and efficiency in industrial engineering. Existing tools often lack the ability to seamlessly integrate simulation data and automate design processes, resulting in slower iteration cycles and suboptimal part performance.
Solution
nTop provides computational design software that leverages 3D solid design, topology optimization, and implicit geometry kernels to overcome the limitations of traditional CAD. The platform enables engineers to efficiently design, analyze, and manufacture complex structures optimized for performance and manufacturability. By integrating simulation data directly into the design process and automating repetitive tasks, nTop facilitates faster iteration, broader design space exploration, and rapid customization. Its unique implicit modeling engine ensures design robustness, while its field-driven design capabilities allow for optimization based on real-world data and physics.
Target Audience
nTop targets engineers and designers in the aerospace, automotive, medical, consumer, and industrial sectors who require advanced design tools to optimize parts for additive manufacturing and other advanced manufacturing processes.
Features
- Implicit modeling engine for creating unbreakable geometries and enabling instantaneous design adjustments
- Field-Driven Design for integrating simulation data and physics into the design process
- Topology optimization for automated material reduction and performance enhancement
- Lattice structure generation for lightweighting, heat transfer, and energy absorption
- Design automation for creating reusable workflows and batch-processing similar parts
- Seamless import and export of data with various CAD, CAE, CAM, and PLM systems
- Built-in structural and thermal FEA for design analysis and validation
- Advanced modeling tools including variable shelling, offsets, fillets, and Boolean operations