Additive Manufacturing
Materials supplied for powder-driven and precision-controlled production environments
Globe Metal supports additive manufacturing programs where material input consistency drives repeatable build outcomes.
We supply elemental metals, certified ingots, and identified alloy materials for use in advanced manufacturing environments where documentation and disciplined material control are essential.
What the Additive Manufacturing industry demands
- Controlled material input that supports repeatable build performance
- Formats aligned with powder programs and precision processing requirements
- Documentation and traceability that support specification-driven production
Materials commonly specified in additive manufacturing programs
- Titanium and nickel inputs used for performance-driven powder programs
- Certified alloy inputs used as controlled feedstock for conversion workflows
- Cobalt alloy systems are used where wear and durability performance are required
- Specialized materials selected for high-temperature or advanced application requirements
Relevant material categories
Elements
Elemental metals are supplied where controlled input and performance consistency are required:
Tantalum
Tungsten
Titanium
Zirconium
Certified Ingots
Certified ingot supply used as controlled input for melt, atomization, and documented programs:
High Purity Elements
Nickel-Based Alloys
Cobalt-Based Alloys
Tungsten Alloys
Alloy Revert
Identified alloy supply options aligned with controlled remelt and performance-driven programs:
Nickel-Based Superalloys
INCONEL Alloys
Rene Alloys
Cobalt-Based Alloys
Other Metals
Specialized materials used in advanced manufacturing programs where applicable:
Gallium
Niobium Hafnium C-103
Scandium
Need a Specific Metal? Let’s Talk.
If you are evaluating materials for additive manufacturing, Globe Metal can help align material selection, form, and documentation to your production requirements.
Forms that matter in additive manufacturing
- Certified ingots used as feedstock for controlled melt and atomization programs
- Powder and granular formats aligned with build and application requirements
- Controlled input formats aligned with conversion workflows
- Identified alloy sections prepared for consistent remelt and conversion pathways
Supporting capabilities
- Traceability and documentation to support specification-driven programs
- Certified processing and packaging aligned with controlled handling requirements
- Material preparation aligned with conversion workflows and program consistency
- Custom sourcing for specialized materials and hard-to-find requirements
Explore related industries
Aerospace
Medical Devices
Automotive