Industrial 3D printer at work - the bridge from parametric model to physical part

BeeGraphy for Additive Manufacturing

BeeGraphy brings parametric design to additive manufacturing. Build lattices, custom-fit parts, and mass-customizable products as rules, then export print-ready files for any 3D printer. In the browser, with your team.

3D Printing in MotionFrom file to part · FDM · SLA · SLS · MJF · DMLS

Where teams use BeeGraphy in additive manufacturing

With BeeGraphy, additive manufacturing teams design like a print job. Lattices that vary in density per stress region, products that reshape to a customer's scan, jewelry that grows from a rule rather than a sketch, all of it depends on geometry described as logic, not a fixed mesh. The projects below show what parametric AM makes possible, and BeeGraphy puts that workflow in your browser.

Topology-optimized parts that match the strength of solid metal at a fraction of the weight. Density varies per stress region, walls thin out where they can, supports grow where they must - only viable when the geometry is parametric and re-runnable against simulation.

Also reshaping

Architecture prototyping
Construction-scale printing
Sustainable distributed manufacturing
On-demand spare parts
STEM & geometry education
Surgical guides & implants
Automotive interiors

Anywhere geometry is data, parametric AM applies.

One editor, from model to printed part

Collaborate on one parametric model in real time, export print-ready files for any printer, and sell configurable parts from the marketplace. All in the browser.

Browser-native, in real time

Designer, engineer, and manufacturer on one model - no install, runs on tablets in the workshop. Live cursors, comments on nodes, version history.

Print-ready exports

Direct STL, OBJ, STEP, and DXF, plus GCode and NC files. No CAD round-trip, no manual mesh cleanup. Generate the geometry, hand off the file.

Marketplace + configurators

Start from a vetted lattice, voronoi, or gyroid script. Embed configurators on Shopify or your own site - dynamic pricing per geometry, file delivered on checkout.

Workflow

From design to fabrication

1

Parametrize

Define the geometry's variables in the visual node editor - dimensions, lattice density, infill gradients, wall logic, fit constraints. Inputs become a live model.

2

Generate

Apply lattices, shells, topology optimization, voronoi, gyroid, and tessellation operators. Sweep parameter ranges and pick the variant that meets weight, strength, and material targets.

3

Validate

Preview every change live as you adjust parameters, and sweep ranges to compare variants before export. What you see in the editor is exactly what exports.

4

Export

One-click STL, OBJ, STEP, and DXF, plus GCode and NC files. The same parametric model exports a high-res mesh for SLA or a STEP solid for SLM.

5

Print

Take the exported file to any slicer and printer across FDM, SLA, SLS, MJF, or DMLS. Embed a configurator on your storefront and the file is generated per order, on demand.

Iterate in seconds, not hours

Drag a slider and the geometry updates live. No install required.

Learning Resources

View All Videos
Computational Design Workshop: DIY & Engineering

Computational Design Workshop: DIY & Engineering

by BeeGraphy

Workshop

Curved Vase: 3D Parametric Model & 3D Configurator

Curved Vase: 3D Parametric Model & 3D Configurator

by BeeGraphy

Tutorial

Designing a Parametric Trophy in BeeGraphy with Leonardo Gindri

Designing a Parametric Trophy in BeeGraphy with Leonardo Gindri

by BeeGraphy

Tutorial

Parametric Fashion & Jewelry Design – From Concept to Creation

Parametric Fashion & Jewelry Design – From Concept to Creation

by BeeGraphy

Tutorial

Print smarter. Iterate faster. Sell more.

The parametric design platform built for additive manufacturing - in your browser.