Conflux Technology Strengthens Advanced Manufacturing Capabilities with Solukon Depowdering Systems

Melbourne, Australia – 22 September – Conflux Technology, a global leader in heat exchange solutions produced using additive manufacturing, has further enhanced its production ecosystem with the integration of Solukon’s advanced depowdering systems, including the SFM-AT800-S and SFM-PCU.

As Conflux continues to scale production to meet the demanding needs of the aerospace, automotive, space, and industrial sectors, Conflux has secured Solukon’s SFM-AT800-S system, which ensures the safe, automated, and repeatable depowdering of Conflux’s high-performance heat exchangers.

“The Solukon SFM-AT800-S is integral to our ability to process highly complex geometries efficiently and reliably,” said Dr. Ian Fordyce, Head of R&D at Conflux Technology. “It eliminates the variability of manual processes, improves operator safety, and ensures consistent quality across production. Our cooperation with Solukon has been seamless, with responsive support and a shared commitment to innovation.”

The system’s high-frequency knocking capability has proven particularly critical in clearing residual and compacted powder from Conflux’s intricate fin structures and channels. This accelerates cleaning cycles while protecting the thermal and fluid performance of finished components.

To complete its depowdering ecosystem, Conflux selected the SFM-PCU powder collection unit for its closed-loop, fully automated recovery capabilities. By safely managing reactive powders, the system enhances operator protection, improves efficiency, and ensures reliable material reuse, supporting high-volume, serial production at scale.

Conflux Technology’s Geelong facility is dedicated exclusively to thermal management innovation. With expertise in manufacturing heat exchangers from aluminium, stainless steel, and nickel-based alloys, Conflux provides end-to-end design and manufacturing. This specialised focus enables Conflux to deliver thermal solutions with performance well beyond conventional designs.