Metal 3D printing systems for aerospace, defense, and energy applications
Velo3D manufactures integrated metal additive manufacturing (AM) systems designed for mission-critical parts in space, defense, and energy sectors. The tech stack—C++, CUDA, MATLAB, CAD tools (AutoCAD, Solidworks, Siemens NX, CATIA)—reflects a hardware-software hybrid business where simulation and materials modeling are core. Hiring acceleration skews heavily toward engineering (10 roles) with secondary growth in finance (4 roles), suggesting simultaneous scaling of production capacity and financial controls; the pain-point cluster around forecasting accuracy and cost-margin analysis points to margin pressure as systems scale from prototype to manufacturing production.
Velo3D is a public company (founded 2014, headquartered in Fremont, California) that designs and assembles metal 3D printing systems in the United States. The product targets aerospace, defense, transportation, and energy customers who need to manufacture complex, high-performance parts—turbomachinery, aerospace engines, automotive tooling—where traditional subtractive or casting methods cannot meet design or quality requirements. Operations span hardware manufacturing, software simulation and design optimization, and customer integration. Current headcount is 51–200 employees.
Core engineering: C++, CUDA, Python, MATLAB. CAD/design: AutoCAD, Solidworks, Siemens NX, CATIA. Compute: AWS, Linux. Specialized libraries: VTK, Qt, Kokkos, OpenCL. Business systems: NetSuite, XBRL, Excel, JMP.
Aerospace, defense, energy, transportation, and turbomachinery. Focus is mission-critical and high-performance parts where additive manufacturing enables designs not feasible with traditional methods.
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