Addimetal provides a 3D printing platform based on binder deposition on a metal or ceramic powder bed. This technology enables the fast production of complex parts, with high precision and multi-material compatibility.
MBJ – Binder Jetting Metal 3D Printing
Our core technology: layer-by-layer precision using a binding agent on a powder bed
Use cases
Examples of Metal Binder Jetting applications for manufacturing complex and durable parts in various industries
Founded in 2021, the startup ADDIMETAL offers an additive manufacturing (AM) solution based on binder jetting technology on a powder bed.
Our story
The startup and ADDIMETAL's team
Partners
The entities that trust us
Media & Press
Discover Addimetal’s press coverage and media presence in the additive manufacturing world.
Contact us
Binder Jetting (MBJ) for Metal 3D Printing – Addimetal

METAL BINDER JETTING

Cleaning and depowdering of small metal parts after 3D printing using Addimetal's Binder Jetting technology
Inconel 718 impeller 3D printed using Addimetal’s Binder Jetting additive manufacturing technology
High-precision mechanical part 3D printed in metal using Addimetal Binder Jetting technology
Cleaning and depowdering of small metal parts after 3D printing using Addimetal's Binder Jetting technology
Inconel 718 impeller 3D printed using Addimetal’s Binder Jetting additive manufacturing technology
High-precision mechanical part 3D printed in metal using Addimetal Binder Jetting technology

Its characteristics

01

Affordable

Less expensive to implement than other additive manufacturing technologies such as DMLS (Direct Metal Laser Sintering) and SLM (Selective Laser Melting), our machines are also more cost-effective compared to competing solutions with equivalent specifications.

02

Sustainable

By generating no waste or material loss and allowing for the reuse of used powders, Binder Jetting enables efficient material use. Energy consumption is lower compared to other manufacturing processes, making the technology relatively sustainable and cost-effective.

03

Unconstrained

This technology enables the creation of objects with complex geometries and high levels of detail, as well as integrated parts that would be impossible to produce with conventional methods. Parts can be produced in any orientation without the need for support structures.