SOLUTIONS / Production
On-demand manufacturing.
On your terms.
Supplier dependency, minimum order quantities, long lead times — these are production constraints. The right 3D printing setup lets you manufacture when you need it, in the volumes that actually make sense.
THE PROBLEM
High costs and supplier
dependency are avoidable.
Low-to-mid volume production is where 3D printing genuinely competes with conventional manufacturing — no tooling amortisation, no minimum order pressure, and the flexibility to change geometry between batches. But the machine has to match the throughput, material class, and cost-per-part target. A machine that's wrong for your volume or material adds cost instead of cutting it. That's the conversation we start with.
SOLUTION FIT
Production has more than one shape.
High-mix low-volume is a different problem from high-volume series production.
We match the machine to the actual production case.
Metal series
production
L-PBF Metal
Multi-laser systems for aerospace, medical, and high-tech systems. Cost-per-part efficiency scales significantly with the right build volume and laser configuration.
BLT-S400
BLT-S450
BLT-S600
High-performance polymer production
FFF
PEEK, PPS, PA — production-grade polymer parts without the compromises of consumer FDM. Continuous throughput, fully offline, office-safe installation. Certifiable production process.
INTAMSYS FUNMAT 610HT INTAMSYS FUNMAT PRO 310
Nylon & TPU batch production
SLS
Functional polymer parts at series scale. No support structures, good surface finish, flexible geometries. PA11, PA12, TPU. Industrial output at a compact footprint.
TPM3D CF200
S-series
Machines for this application
INTAMSYS
BLT
TPM3D
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BLT-S400: 400×300×400mm, multi-laser options. The most-produced BLT system — proven at scale in aerospace and consumer electronics. Best entry point for cost effective metal production at scale.
BLT-S450: 450×450×500mm. Optimised for cost-efficiency in serial production of large circular parts — turbine components, impellers, casings.
BLT-S600: 650×650×850mm. Mature 10-year platform. Aerospace and structural part production at scale.
BLT-S800: 800×800×650mm, up to 10 lasers. Aero-engine scale. For manufacturers where build volume is the primary constraint.
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FUNMAT PRO 310 APOLLO: PEEK-optimised, high-speed continuous production (200mm/s for PAEK, 500mm/s for standard materials). Fully offline — no data sent to external cloud. Office-safe installation.
FUNMAT PRO 610HT: 610×508×508mm, 300°C chamber. Full high-performance polymer spectrum, including high-temp amorphous thermoplastics (PPSU, PEI). For manufacturers who need large format or the widest material range.
Chamber temperature and material performance: INTAMSYS printers reach 100°C+ chamber temperatures, making them genuinely suited for engineering plastics like ABS and PC — not just printability, but part performance. PC and ABS printed on a consumer FDM machine will not achieve the same mechanical properties. Chamber temperature is a material science requirement, not a marketing differentiator.
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CF200: 200×200×320mm, automated powder handling. CE-certified, 220V plug-in. PA11, PA12, TPU. Production-ready at a compact footprint.
S-series: Industrial SLS for higher throughput or broader material requirements beyond the CF200's range. Three-phase power required.
WHAT CHANGES
What in-house production looks like in practice.
Produce exactly what you need, when you need it.
Change a design between production runs without tooling cost or lead time.
Critical parts don't have to wait on an external queue.
No tooling amortisation, no surcharges. Cost is tied to machine time and material.
NEXT STEP
Tell us your production case
Volume, material, part complexity, cost target. We'll work through whether 3D printing makes commercial sense — and if it does, which machine delivers the right cost-per-part for your situation.
