Professional Antimicrobial
3D Filaments for
Advanced Manufacturing
From Healthcare to Aerospace One Material, Endless Possibilities.
Polyaura™ filaments feature Polyamyna’s advanced copper based additive technology, designed to enhance surface integrity, slow material deterioration, and maintain cleaner, more stable prints across industrial and manufacturing applications.
About Polyaura™
Engineered for Professionals. Optimized for Production.
Polyaura™ filaments are manufactured using advanced extrusion systems and strict process controls, ensuring consistent filament diameter, predictable flow, and outstanding mechanical performance.
Our proprietary blend combines Polylactic Acid (PLA) or Acrylonitrile Butadiene Styrene (ABS) with a finely tuned copper-based additive developed through extensive research and testing. The result is a filament that delivers:
Dimensional consistency
across complex geometries
Superior surface finish
with minimal warping or clogging
Long-term material stability
even under demanding conditions
Full traceability
through batch-coded spools for quality assurance
Polyaura™ isn’t just another filament it’s a manufacturing-grade material platform designed for engineers, designers, and manufacturers who value repeatability and performance.
The Science Behind Polyaura™ Advanced Additive Manufacturing Meets Copper Innovation
Polyaura™ is built upon years of investigation into copper-based additive systems and their interaction with advanced thermoplastics.
At the heart of its formulation lies Polyamyna’s proprietary copper additive technology engineered to enhance polymer performance at the microscopic level.
Copper has long been recognized for its unique antimicrobial and stabilizing properties. When incorporated into polymers through controlled extrusion, it not only strengthens the material’s resilience but also helps inhibit surface degradation and discoloration caused by microbial activity and environmental exposure.
Polyaura™ leverages this innovation to deliver consistent, durable, and cleaner surfaces . ideal for high-performance 3D printing in professional and industrial environments.
Staphylococcus aureus 99.99% reduction
Pseudomonas aeruginosa >99% reduction
MRSA >99.9% reduction
Klebsiella pneumoniae >99% reduction
Acinetobacter baumannii >99.99% reduction
Enterococcus faecalis (VRE) >99.9% reduction