Exclusive Feature ______________________________________________________________________________________________
Revolutionizing
METAL
range of materials . Furthermore , it is a costmanufacturing
SPEE3D ’ s technology is shaping the future of how metal parts are produced
In the rapidly evolving world of manufacturing , the quest for efficiency , speed , and innovation is never-ending . Traditional methods of producing metal parts – namely casting and forging - have long been a bottleneck for many industries suffering from slow turnaround times , high costs , and inefficiencies . This has been compounded by the challenges posed by a global supply chain that is vulnerable , expensive , and restrictive in terms of customization options . However , a transformative solution has emerged in the form of Cold Spray Additive Manufacturing ( CSAM ), a technology pioneered by SPEE3D , which is already redefining the landscape of metal manufacturing .
Introducing CSAM : a gamechanger for metal manufacturing
CSAM uses a high velocity compressed gas stream to accelerate metal powder particles at supersonic speeds , and while it is a 3D printing capability , it most closely competes with traditional casting . Upon impact with a substrate , these particles deform and bond together , creating dense , strong castequivalent parts without the need for high temperatures or specialized conditions .
CSAM offers several advantages over other manufacturing processes , including high deposition rates , operation at relatively low temperatures to minimize material distortion , and the ability to use a wide
54