Design for Additive Manufacturing

Geometry
that thinks
in fields.

KForge is a field-driven geometry platform where complex lattice structures, parametric design, and printability constraints compose seamlessly. Built for the designs that traditional CAD can't touch.

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Built by engineers, for engineers. No investor pressure. No roadmap theater.


Built Different

01
Field-First Geometry

Geometry defined as mathematical fields rather than curves and surfaces. Boolean operations, blending, and lattices compose seamlessly. Tweak parameters, explore variations — design iteration becomes fluid.

02
Precision Without Complexity

Handle intricate geometry at multiple scales simultaneously — micro-level lattice struts and macro-level form in one unified model. Powerful enough for real engineering, approachable enough that you don't need a specialist degree.

03
Design Intent Through Manufacturing

Capture design intent from the start and carry it through to manufacturing. Geometry, parametric relationships, material properties, and manufacturing constraints all live in one coherent model. Design once, validate continuously, manufacture with confidence.


Built by Engineers, for Engineers

KForge is created by a CAD industry veteran with over 25 years of experience in geometry, simulation and industrial-scale software. That experience revealed a core disconnect: traditional CAD systems excel at generation of geometry for traditional manufacturing methods, but additive manufacturing operates under fundamentally different constraints. KForge is built to exploit that freedom while preserving design and manufacturing intent.


"Tools of the Future, Forged by Hand."

KForge — est. 2026  ·  Connecticut, USA
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