
Optimus
Tesla's humanoid robot designed for automating repetitive and dangerous tasks.

Additive Manufacturing 2.0 technologies enabling mass production of metal, composite, and polymer parts.

Desktop Metal provides end-to-end 3D printing solutions focused on additive manufacturing 2.0, targeting mass production. Their portfolio includes binder jetting and digital light processing (DLP) platforms for metals, polymers, ceramics, and composites. The Metal Shop System and Studio System facilitate batch production of dense metal parts and office-friendly metal prototyping, respectively. Live Parts, their generative design software, uses real-time FEA analysis and dynamic simulation to create optimized, manufacturing-ready parts. The software supports additive design constraints for build direction and supports, and allows direct export to CAD software. They offer a range of materials, including DuraChain pot resins and Flexcera, along with upcycled wood, catering to applications in healthcare, automotive, consumer goods, and education.
Desktop Metal provides end-to-end 3D printing solutions focused on additive manufacturing 2.
Explore all tools that specialize in create 3d models for metal printing. This domain focus ensures Desktop Metal delivers optimized results for this specific requirement.
Utilizes dynamic simulation and FEA to generate optimized part geometries based on real-world conditions and manufacturing constraints.
Patented technology for binder jetting that improves powder compaction, resulting in superior surface finish and material properties.
2-in-1 photopolymers that offer high toughness and flexibility for end-use polymer parts.
Laser-free metal 3D printing technology enabling high-speed production of complex metal parts.
High-performance 3D printable resins with breakthrough material properties.
Install Desktop Metal Software Suite.
Import CAD Model into Live Parts.
Define Material Properties and Loading Conditions.
Set Manufacturing Constraints (Build Direction, Supports).
Run Generative Design and FEA Analysis.
Export Optimized Model to 3D Printer or CAD Software.
Prepare 3D Printer with Specified Material.
Initiate 3D Printing Process
Post-process the 3D printed part (debinding, sintering for metal)
Conduct final part inspection and testing
All Set
Ready to go
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"Customers praise Desktop Metal for its innovative technology and high-quality parts, but some note the high initial investment cost."
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