The feasibility of DLP-3D printing acrylic-CNTs nanocomposite objects is demonstrated. A suitable formulation is developed adjusting viscosity and dispersion stability. The best composition and printing parameters were studied by FT-IR and photorheology. 3D shaped nanocomposite objects with a content up to 0.3 wt % of CNTs were printed. Electrical conductivity measurements on the printed samples give promising results.