Automated carbon fiber 3D printing systems for composite manufacturing
Endless Industries builds continuous fiber 3D printing hardware and software in Berlin. The stack reveals a company bridging CAD design (Fusion, PrusaSlicer fork) with manufacturing automation (C++, Python desktop apps via wxWidgets/PyQt/PySide), while actively migrating slicer logic from Python to C++ — a signal of performance optimization for production workloads. Active projects span path-planning automation, sales-system modernization, and customer-specific composite solutions, grounded in two recurring pain points: the expert-only design barrier and the cost challenge of scaling carbon fiber manufacturing.
Endless Industries manufactures automated 3D printing systems for continuous carbon fiber composite parts. The company operates a 11–50-person team in Berlin, structured around engineering (4), manufacturing (1), sales (1), and finance (1) roles, with notably senior technical leadership. Their product stack includes a proprietary slicer (forked from PrusaSlicer, migrating to C++), desktop planning tools (Tkinter/PyQt), and CAD integration (Fusion). Current work focuses on democratizing composite part design, reducing manufacturing cost, and automating path planning for their print systems. Sales and funding reimbursement processes are being actively optimized.
Endless uses CAD (Fusion), Python and C++ for tooling, desktop UI frameworks (wxWidgets, PyQt, PySide, Tkinter), Git/GitHub Actions for CI/CD, and HubSpot + Apollo for sales. They're migrating slicer logic from Python to C++ and actively adopting modern UI frameworks.
Active projects include path-planning automation for manufacturing, customer-specific composite design, a C++ migration of their PrusaSlicer fork, CI/CD pipeline development, sales-system integration, and quality management optimization for carbon fiber parts.
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