A single page covering specifications, certifications, and target industries for the 14 powders and filaments held in-house. Every incoming lot receives a serialized powder ID, linked 1:1 to lot traceability on shipped parts.
High strength-to-weight, biocompatible. Aerospace, medical, implant applications. Dual AS9100D + ISO 13485 certified line.
The standard aerospace/medical-grade titanium alloy. Specific strength of 1.0 GPa·cm³/g, biocompatible. Used for both aerospace mounts and medical implants.
Commercially pure Ti. Biocompatible with high corrosion resistance. More ductile than Ti-6Al-4V. Medical bone plates and dental implants.
High-temperature, high-pressure service. Gas turbine, rocket, and heat-exchanger parts. Maintains spec up to 700 °C.
The most widely used aerospace-grade Ni superalloy. Retains tensile strength up to 700 °C. Requires HIP + STA post-processing.
Excellent corrosion resistance for marine and chemical service. Holds spec as-printed without heat treatment. Marine pumps and flow components.
Lightweight, highly conductive. Automotive, drone, heat-exchange parts. Good properties after T6 post-processing.
The standard additive Al alloy. Lightweight and highly conductive. Hardness improves after T6 heat treatment. Automotive components and drone frames.
High-strength Al designed for additive manufacturing. Roughly 2× the strength of AlSi10Mg. Topology-optimized lightweight aerospace parts.
Corrosion resistance plus cost efficiency. Food, medical, and industrial tools.
The standard additive stainless steel. Medical grade (F138). Excellent corrosion resistance. Medical instruments and food-grade applications.
Precipitation-hardening stainless. Aerospace and mechanical industries where high strength is required.
Dental, orthopedic, and turbine insert applications.
The standard medical implant material. Dental crowns and orthopedic implants. Excellent wear resistance.
FFF / FDM printing. Prototypes, jigs, medical implants (PEEK), carbon and Kevlar reinforced grades.
Medical implants, electronics, and high-temperature insulation. Modulus comparable to human bone. USP Class VI.
Nylon + chopped carbon + continuous carbon reinforcement. Strength approaching aluminum. Jigs, drones, industrial enclosures.
High impact and wear resistance. Safety components and impact-absorbing tooling.
Aircraft interior-grade certification. Flame retardant, low smoke, low toxicity.
Static-dissipative ABS. Electronics enclosures, semiconductor tooling, ESD-safe storage.
Real-time excerpt of materials registered in the internal Portal. Full specs, certifications, and lot tracing are managed in the in-house ERP.
seed-c5-browser
seed-c5-browser
Every incoming powder lot is automatically registered to the EES. Parts printed from that lot stay linked for life to the build serial, print parameters, HIP cycle, and CMM measurements. One lot card on a shipped part walks all the way back to the original powder intake.
Upload your drawing and our Anyang R&D team will return a *material recommendation, price comparison, and DFM note* within one business day.