Based on the 4th generation composite 3D printing technology, Metal X realizes a completely different level of molding speed / stability and manufacturing cost reduction from conventional metal lamination molding equipment.
ADAM | Atomic Diffusion Additive Manufacturing
It is a completely new metal 3D printing technology that combines 3D additive manufacturing and metal powder injection molding (metal injection molding). Based on the principle of metal powder injection molding, the sintered metal can achieve a maximum density of 99.7% and a smooth surface accuracy.
Design
After designing the part in CAD, upload the STL data and select the metal material to use. Other data processing can be easily done by anyone using the cloud-based dedicated software: Eiger. |
Molding
A mixture of metal powder and a binder (binder) is layered by the FDM method, and a model before sintering called a green body is output. The shrinkage ratio is automatically calculated in advance by the sintering process, and the CAD model is also automatically corrected. |
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Sintering
Clean the green body to remove the attached binder. After that, sintering process is performed in a vacuum furnace to atomize the binder, and finish with high density and uniform metal parts. |
Complete
Only metal remains in the parts after sintering, and a practical metal molding with a high density of 99.7% is completed. It is possible to perform cutting processing, surface finishing processing, plating processing, etc. as with ordinary metal parts. |
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Metal 3D Printing Materials
17-4 PH Stainless Steel
Combines high strength, corrosion resistance, and hardness. Used in a wide variety of manufacturing applications.
Download 17-4 PH Stainless Steel Data Sheet |
H13 Tool Steel
coming soon
Exhibits excellent corrosion resistance. Used in marine applications. |
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Inconel 625
New
A proprietary nickel alloy that excels in high temperatures and corrosive environments. Used in automotive and aerospace. |
Titanium Ti6Al4V
coming soon
Superior strength-to-weight ratio. Used in aerospace, medical, and other high-performance fields. |
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D2 tool steel (SKD 11)
New
Can be air-hardened to 60 HRC; trades toughness for hardness and abrasion resistance. Great for cutting tools and dies. |
A2 Tool steel (SKD 12)
Can be air-hardened up to 58 HRC; excellent impact resistance. Used for forming tooling, punches, and dies.
Download A2 Tool steel (SKD 12) Data Sheet |
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H13 Tool steel (SKD 61)
A hot-work tool steel with excellent toughness, wear resistance, and heat resistance. Excels in high temperatures.
Download H13 Tool steel (SKD 61) Data Sheet |
Copper
New
Thermal and electrical conductivity. Print heat sinks, custom conductive elements, and other geometrically complex parts. |
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