Collaborative Production Partner
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
We have an expert team operating best-in-class design, manufacturing and post-processing facilities to deliver high performance parts for our clients.
Amufacture started as specialists in marine applications, with multinational clients including Sail GP and Sunseeker. We have expanded to also partner with clients across the automotive, renewable energy, healthcare, industrial and aerospace sectors.
As your contract manufacturer, we continue to advance our capabilities to meet and exceed your requirements through technology, materials and expertise.
MJF offers faster turnaround times compared to Fused Deposition Modelling (FDM) and Stereolithography (SLA). It can produce parts up to ten times faster than comparable FDM and SLS systems, according to internal testing by HP.
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Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Layer-wide fusion provides uniform thermal distribution, minimising Z-axis weakness common in selective laser sintering (SLS).
Additive manufacturing, done right, is one of the most resource-efficient ways to produce high-performance parts. At Amufacture, we’ve built our entire operation around that principle -harnessing HP Multi Jet Fusion technology and digital-first workflows to minimise waste, maximise output and deliver measurable impact for our partners and the planet.
Our HP MJF process uses high-reusability PA12 materials, with approximately 75% of polymer recycled within every build cycle – dramatically reducing material waste compared to traditional manufacturing.
After each MJF build, unfused powder is collected and fed directly back into the next production run. The result: near-zero material waste, and a more sustainable supply chain by design.
MJF produces functional parts up to 10 times faster than comparable FDM and SLS systems, according to internal HP testing. Faster production means lower energy consumption per part and a reduced carbon footprint across the supply chain.
Our automated build-unit changeover systems enable continuous, round-the-clock production – maximising throughput, reducing idle energy use and delivering consistent output with no compromise on quality.
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