MoldJet Technology
At the heart of Tritone’s innovation lies MoldJet® technology — a powder-free additive manufacturing process that redefines how metal and ceramic parts are made. Built for true industrial production, MoldJet combines precision with speed, enabling the creation of complex geometries that meet the highest mechanical and density standards. Its flexible, tool-free workflow allows manufacturers to switch effortlessly between a wide range of metal alloys and ceramics, producing parts of different shapes and applications in the same batch. The result is a seamless, scalable production process that brings efficiency, versatility, and reliability to additive manufacturing.
Moldjet Manufacturing Solution
Placing a mold layer
Jetting layers of mold forms cavities of the inverse part contour geometry.
Pasting a part layer
High density paste is forced into all cavities of the build layer.
Drying & Hardening
Layer is rapidly dried and hardened, by hot air and vacuum.
Optical Inspection
Real time AI image analysis followed by auto-correction / layer removal if required.
Finished Build Tray
When removed from the system the tray contains robust green parts embedded in stable hard mold material.
Demolding
A hands-free process, mold material is melted away to reveal green parts which are then rinsed in a solvent bath to prepare for sintering.
Thermal Debinding & Sintering
Finally, debinding and sintering are done in a single stage. The green parts become functional end-use metal / ceramic parts.
1
Placing a mold layer
Jetting layers of mold forms cavities of the inverse part contour geometry.
2
Pasting a part layer
High density paste is forced into all cavities of the build layer.
3
Drying & Hardening
Layer is rapidly dried and hardened, by hot air and vacuum.
4
Optical Inspection
Real time AI image analysis followed by auto-correction / layer removal if required.
5
Finished Build Tray
When removed from the system the tray contains robust green parts embedded in stable hard mold material.
6
Demolding
A hands-free process, mold material is melted away to reveal green parts which are then rinsed in a solvent bath to prepare for sintering.
7
Thermal Debinding & Sintering
Finally, debinding and sintering are done in a single stage. The green parts become functional end-use metal / ceramic parts.
Key advantages
High throughput end to end
- Uniform, repeatable manufacturing across trays, high density (> 99%), and accuracy of parts
- Real time AI analysis followed by auto-correction / layer removal if required
- Range of sizes; 0.2mm up to 350mm
Any material at an industrial scale
- System supports both metal alloys and ceramic
- Based on standard MIM powders
- 30 minute material changeover -Quick, safe, and clean
Green & safe industrial environment
- A powder-free process, enabled by a paste-based feedstock
- Hands-free post process
- Low energy consumption, operates in standard industrial environment
- Easy and safe handling of green parts
the INDUSTRIAL solution for metal and ceramic manufacturing
We developed metal and ceramic additive manufacturing to meet the high standards of industrial production.
Our technology empowers efficient production of precise parts in various metals and ceramics, serving industries such as defense, Aerospace, Medical devices, tooling and more.
