Research input
Materials understanding
Powder behavior, AM testing, and metal 3D printing experience inform material choices and development priorities
Advanced Metal Powders Made in Israel
Israel's first specialized producer of advanced metal powders for additive manufacturing: from material development, to production and recycling. Built on proprietary equipment
/// Process know-how
Built from research. Tuned for production
10 years of AM expertise turned into controlled powder production: proprietary equipment, repeatable processes, full traceability
Production system
Equipment control
Proprietary atomization hardware keeps the route controlled from feedstock input to spherical powder output
Customer route
Process fit
Powder parameters are tuned around alloy, AM process, particle-size range, and qualification needs
Quality & consistency
Batch control
Full batch traceability. Stable, reproducible powder characteristics, compliant with international requirements
/// AM metal powders
Powders built for additive manufacturing process windows
Powder specifications are developed around material family, particle-size distribution, morphology, and the target additive manufacturing process
01Refractory metals & alloys
- C-103
- Tantalum
- Tungsten
- Niobium
02High-performance alloys
- Ti-6Al-4V
- Nickel-based superalloys
- Aluminum alloys
- Copper alloys
03Particle-size ranges
- 20-300 nm nanopowders
- 20-63 um LPBF
- 63-150 um DED / powder-fed AM
04Custom powder structures
- Core-shell powders
- Custom powder development
- Composition and morphology tuning
/// Powder production
Plasma atomization keeps the route controlled
Wire feedstock, argon plasma arc, localized melting, particle formation, and classification are treated as one controlled production route
Proprietary atomization equipment
PROCESS PARAMETERS
- WIRE DIAMETER
- 1.5-5 mm
- TORCH DESIGN
- proprietary
- WIRE ROLE
- consumable cathode
- ATMOSPHERE
- argon
- OUTPUT
- spherical powder particles
CONTROLLED PROCESS ROUTE
- Wire feedstock
- traceable wire input before atomization
- Argon plasma arc
- consumable cathode inside an argon atmosphere
- Localized melting
- energy is focused at the wire tip
- Classification
- output classified by PSD, morphology, and AM process
/// Metal recycling
High-value feedstock returned to special spheroidal powder for AM
Selected scrap, off-spec powder, and valuable metal residues are evaluated as feedstock for controlled reprocessing and AM-oriented powder development
Input streams
High-value metal scrap, off-spec powder, and selected residues are assessed before reprocessing
Material recovery
Reusable metal is separated from low-value waste and prepared for controlled powder production
Controlled route
Reprocessing is matched to alloy family, contamination risk, target PSD, and AM requirements
AM return
Recovered feedstock can support prototype batches, qualification work, and customer-specific AM routes