A cloud based computational design platform that configures in real-time. Build intelligent parametric models once with our node-based editor, explore infinite variations instantly, and deploy interactive 3D experiences across websites, applications, and digital showrooms.
Explore parametric design created with BeeGraphy in your browser. Adjust parameters, see real-time changes, and experience the power of parametric design firsthand.
Discover how BeeGraphy transforms workflows across education, architecture, engineering, construction, manufacturing, and furniture design.
Education
BeeGraphy is empowering students and educators with its cloud-based parametric design platform to learn complex mathematical and 3D concepts easily.
AEC
Create intelligent workflows, from design to execution, for your next architectural and engineering projects with real-time collaboration.
Additive Manufacturing
Generate optimized 3D printing files with parametric control for rapid prototyping and production-ready additive manufacturing.
Subtractive Manufacturing
Create precision CNC toolpaths and cutting files with parametric design for laser cutting, milling, and material removal processes.
Explore award-winning projects, powerful plugins, and advanced features that make BeeGraphy the ultimate platform for parametric design.
Connect with designers worldwide, share parametric scripts, and explore cloud-based computational design tools.
Learn how to use BeeGraphy with our comprehensive guides and tutorials.
See how designers, educators, and engineers are transforming their workflows with BeeGraphy
“What I like about BeeGraphy is it's a full experience because you have the opportunity to make your computational design and after that you will offer it in the marketplace.”
















Master parametric design through hands-on tutorials, demo models, and comprehensive guides for 3D configurators and architectural projects.
Join thousands of designers, architects, and engineers already using BeeGraphy to create the next generation of parametric designs.