LEAP 71 provides computational engineering services that automatically generate production‑ready designs for complex, high‑performance components using its proprietary Noyron large computational model and the open‑source PicoGK geometry kernel.
Funding
Funding not disclosed
Founders
Product
Problem
Designing complex physical components for high‑performance applications often requires extensive manual engineering and iterative prototyping, which slows development and increases cost, especially when using advanced manufacturing methods like industrial 3D printing.
Solution
LEAP 71 offers computational engineering services that automate the creation of production‑ready designs through its proprietary Noyron large computational model and the open‑source PicoGK geometry kernel. The platform generates highly sophisticated geometries optimized for additive manufacturing, reducing the need for manual redesign and physical trial‑and‑error. By integrating AI‑driven design with industrial 3D‑printing workflows, LEAP 71 delivers manufacturable parts that meet performance requirements across sectors such as aerospace, electric mobility, heat exchangers, general engineering, and bioprinting. Clients collaborate with the company remotely, leveraging a vertically integrated software stack that ensures designs are both innovative and ready for immediate production.
Target Audience
Primary customers are engineering teams and product developers in aerospace, automotive, energy, and biomedical sectors that require advanced, manufacturable designs for high‑performance applications.
Features
- Noyron large computational model for autonomous design of complex, high‑performance components
- PicoGK open‑source geometry kernel enabling creation of intricate, manufacturable geometries
- End‑to‑end workflow that translates digital designs directly into industrial 3D‑printed parts
- Support for a wide range of industries, including aerospace, electric mobility, thermal systems, and bioprinting
- Global collaboration framework with a vertically integrated software stack for seamless project execution