Large-Scale 3D Printing: Exploring the Limits
Large-scale 3D printing refers to the use of 3D printing technology to create objects or structures on a significantly larger scale than what is commonly associated with traditional desktop 3D printers. This technology has the potential to revolutionize various industries by enabling the production of large and complex structures with increased speed and cost-effectiveness.
FDM (Desktop)
- 360 X 360 X 360 mm
FDM (Industrial)
- 1000 X 1000 X 600 mm
SLA (Desktop)
- 800 X 800 X 550 mm
SLA (Industrial)
- 1700 X 800 X 600 mm
SLS
- 550 X 400 X 500 mm
SLM
- 625 X 625 X 1100 mm
Frequently asked
How big can you 3D print in Singapore?
Single-piece on our largest FDM printer: 1m × 1m × 1.2m. For larger pieces, we segment the design and assemble — we've done 3-metre props, full-size concept cars, and multi-room scale models that print in 30+ pieces and bond into one finished piece. Tell us the target dimension and we'll plan the split.
How are large 3D prints assembled?
Standard methods: (1) push-fit joints with 0.2mm clearance for small assemblies, (2) screw bosses moulded into the print for structural pieces, (3) two-part epoxy for hidden bonds, (4) magnets for parts that need to disassemble. For seamless visible joints, we sand and primer-fill the seam, then paint over.
Is a large 3D printed part as strong as a small one?
Yes per cross-section, but the assembly seams are weaker than the parent material — about 60–80% of the original strength depending on the bonding method. For load-bearing large parts, we engineer the part with seams placed where loads are lowest, and reinforce with internal ribs or fibreglass-reinforced epoxy on the joins.
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