Product Introduction Video: https://vimeo.com/1201331080?share=copy&fl=sv&fe=ci



The ACRO-IR Series is a robot arm-type 3D concrete printer designed for innovative construction projects by enterprises and institutions.



As a pioneer in construction 3D printer technology, the ACRO-IR Series presents new possibilities in the construction industry based on its expansive printing envelope and versatile field applicability.



In particular, it leverages 3DCP (3D Concrete Printing) technology and 3D concrete printers to efficiently support the fabrication of complex and large-scale structures.



High performance tailored for enterprises and institutions: Developed to meet the diverse requirements of businesses and research institutes, this robot arm-type construction 3D printer enables high-precision and large-scale structure printing.



Extensive printing range: By integrating auxiliary axes such as X, Y, Z, and rotational axes to a 6-DOF industrial robot, it offers a wider and taller printing envelope compared to conventional 3D printers, which is highly advantageous for constructing complex, large-scale building structures.



Excellent field adaptability: Users can select and apply various mobility platforms, such as truck-mounted, towable, electric-driven, or crawler types, allowing for flexible adaptation to diverse construction site environments to maximize operational efficiency through convenient equipment mobility and installation.



Versatile Printing Methods

Standard nozzle: Precisely extrudes pre-mixed mortar at a constant pressure, making it suitable for basic structures and material testing.



2K nozzle (Optional): Mixes admixtures at the point of extrusion, which can be utilized for testing high-performance materials and fabricating composite concrete structures.



The ACRO-IR Series is a core piece of equipment driving innovation in the construction industry through construction 3D printer technology. Based on its outstanding performance and broad versatility, it will contribute to strengthening the competitiveness of enterprises and institutions while advancing construction technology.