MoldJet Technology
Tritone MoldJet is an innovative powder-free AM technology, that enables a high throughput production of metal and ceramic parts at industrial scale and speed. It is designed for producing complex geometry parts, with high density and great mechanical properties. MoldJet allows a quick and easy changeover between a wide variety of metals and ceramics. Parts of different geometries and applications can be manufactured in the same batch.
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
Enabling serial production
- 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
Wide variety
of materials
- System supports both metal and ceramic
- Based on standard MIM powders
- Quick, safe, and clean materials changeover
Green & safe industrial environment
- A powder-free process, enabled by a paste-based feedstock
- A hands-free post process
- Low energy consumption, operates in standard industrial environment
- Easy and safe handling of green parts
Our innovative technology
Tritone revolutionizes metal Additive Manufacturing to meet the high standards of industrial production.
Our innovative technology empowers efficient production of precise parts in various metals and ceramics, serving industries such as Automotive, Aerospace, Medical, and Consumer Electronics.