CF3D Studio™

Powering Precision

Streamlining Design and Production for
High-Performance Composite Parts.

Streamlining Design and Production for High-Performance Composite Parts
Software CF3D Studio
CF3D Studio Software on Desktop

CF3D Studio

CF3D Studio™ is the digital engine behind CF3D—translating composite part designs into optimized toolpaths with embedded material intelligence. It integrates design, simulation, and manufacturing into a single workflow, automating fiber steering, resin deposition, and process parameters.

The result: faster iteration, fewer handoffs, and parts engineered for performance from the start.

Features

Transforming Composite Manufacturing:
Faster, Smarter, and More Precise

Quasi-wrap

Automated Fiber Steering: CF3D Studio precisely controls fiber placement, optimizing part strength and performance based on design and load requirements.

Toolpath Generation: CF3D Studio automates toolpath creation for fiber deposition, ensuring accurate fiber alignment and faster production with less error.

Maximizing Material Efficiency: Optimizes fiber placement, reducing material waste and improving the strength-to-weight ratio of parts.

User-Friendly Interface: With an intuitive interface, CF3D Studio streamlines the design process, enabling quick iterations and easy adaptation to design changes.

Future Enhancements Advancing Capabilities

Finite Element Analysis (FEA)

Most FEA tools struggle to capture the behavior of anisotropic composites. CF3D Studio will ingest true fiber-level toolpaths to simulate structural performance based on actual fiber orientation—bridging the gap between design and reality. By predicting part behavior before printing, this capability will reduce the need for physical testing and accelerate development with greater confidence in final performance.

Topology Optimization (TO)

Unlike conventional software that assumes uniform material behavior, these tools will account for the directional strength of anisotropic composites from the beginning. Integrated into CF3D Studio, this capability will empower engineers to design structurally efficient parts—lighter, stronger, and tuned to real-world loads—while maintaining control over constraints. It will significantly reduce the time required to reach an optimal design.