FDMFDM Printing Station
Fleet of multi-nozzle FDM printers with enclosed heated chambers and remote monitoring.
A complete additive manufacturing training environment — covering FDM, SLA and SLS technologies, CAD-to-print workflows, reverse engineering and rapid prototyping for engineering, design and manufacturing programmes.
Get Your 3D Printing Lab Setup →From sketching an idea to a functional printed prototype — every step of the product creation cycle covered in one lab.
Multi-material FDM printers (PLA, ABS, PETG, TPU) with heated beds and enclosed chambers.
High-resolution SLA/MSLA printers for jewellery, dental, and micro-mechanical parts.
Fusion 360, SolidWorks and FreeCAD workstations with print-ready modelling curricula.
Ultimaker Cura, PrusaSlicer — layer settings, support strategies and infill optimisation.
3D scanning, photogrammetry and mesh-to-solid conversion for legacy part replication.
Sanding, vapour smoothing, painting, assembly jigs and dimensional inspection tools.
Automotive jigs, aerospace fixtures, medical models and consumer product prototypes.
Filament properties, material selection guides and environmental/regulatory compliance.
FDMFleet of multi-nozzle FDM printers with enclosed heated chambers and remote monitoring.
High-resolution SLA printers with UV curing station and resin safety enclosure.
Parametric and freeform modelling workstations with rendering and animation tools.
Structured-light and photogrammetry scanners for reverse engineering existing parts.
Sanding, vapour smoothing, priming and functional assembly of printed parts.
Design-to-physical pipeline with time-to-prototype benchmarking and industry briefs.
Additive manufacturing is transforming aerospace, automotive, healthcare and consumer goods. Every engineering graduate now needs hands-on 3D printing skills.
Schedule a Demo →Bring additive manufacturing into your curriculum and give students the skills of the future factory.