The Robotic Fabrication Lab houses a 3-axis CNC router, 4-axis CNC mill, and a 70kg payload KUKA robotic arm.

The lab provides technical support for coursework and research activities only.

Within this space, we support students and researchers in translating digital models into physical outcomes through advanced fabrication processes. Our CNC equipment is used for subtractive manufacturing, including large-scale milling, precision component production, mould making, and prototyping. We provide guidance on design for manufacture, material selection, toolpath development, CAM programming, machine setup, and safe operation to ensure accurate and efficient outcomes.

The robotic process in this lab focuses on large-scale additive manufacturing using FDM extrusion. The KUKA robot is configured for robotic 3D printing, enabling the production of complex geometries, large-format components, and experimental fabrication outcomes that are not achievable with conventional gantry-based systems. We support workflow development from parametric modelling and slicing strategies through to print setup, monitoring, and post-processing.

The lab works primarily with Built Environment students and research projects requiring precision fabrication, large-scale prototyping, and advanced digital manufacturing methods.