Upgrade What
Your 3D Prints
Are Made Of

Keep Klear ® MatriX is a professional antimicrobial filament platform engineered for industrial 3D printing environments.

Batch Traceable

ISO-Validated

Production Ready

Industrial Environments Demand More Than Standard Filament.

In Canadian manufacturing plants, laboratories, healthcare facilities, aerospace shops, and institutions, printed parts are:

Handled constantly
Cleaned repeatedly
Used in humid or operational spaces
Integrated into production workflows

Generic filament was never designed for this level of use. Keep Klear MatriX was.

An Antimicrobial Polymer Platform for Professional Printing

WHAT IS KEEP KLEAR MATRIX?

Keep Klear MatriX is not a single material. It is a polymer performance platform engineered to integrate proprietary copper-based additive technology into professional-grade 3D printing materials.

All developed under the same manufacturing and quality control philosophy.

Current platform available:

Planned platform expansion:

VALIDATED PERFORMANCE

Evaluated Under ISO 22196 Methodology

The copper additive used within the MatriX platform has been evaluated under ISO 22196 methodology against bacteria commonly encountered in laboratory and manufacturing environments. 

Tested organisms include:

Enterococcus faecalis (VRE)

Staphylococcus aureus

Pseudomonas aeruginosa

MRSA

Acinetobacter baumannii

Klebsiella pneumoniae

Laboratory validation confirms treated surface performance under controlled conditions.

ENGINEERED FOR PRODUCTION

Manufacturing Discipline Built In

Keep Klear MatriX filaments are produced using advanced extrusion systems and strict process controls to ensure:

Tight
diameter tolerance

Controlled additive distribution

Predictable extrusion behavior

Strong
interlayer bonding

Stable mechanical performance

Batch-coded spool
traceability

This is manufacturing-grade material control not hobby filament.

Copper Innovation Meets Polymer Engineering

At the core of Keep Klear MatriX is proprietary copper additive technology engineered to function within advanced thermoplastics at the microscopic level.
When incorporated during extrusion, the additive:

Disrupts microbial cell membranes
Reduces biofilm formation (odor, discoloration)
Supports surface integrity under environmental exposure
Maintains polymer stability without surface leaching

This enables durable, stable, cleaner-performing surfaces in professional printing environments.

Designed to protect the printed article.
No public health or medical claims are made.

Keep Klear MatriX PLA (Professional Grade)

Engineered for dimensional accuracy and reliable surface finish in production settings.

Recommended Print Range Nozzle: 190–230°C
Bed: 50–70°C
Print Speed: 30-100mm/s
PLA Density : 1.25 g/cm3


Compatible with most professional FFF systems.

Jet Black

Blue

Slate Grey

1.75 mm

Diameter

1 kg

Filament weight
APPLICATIONS

Built for High-Use Environments

Manufacturing & Fabrication
Healthcare
Facilities
Laboratories &
Research
Aerospace &
Defense
Education & Technical Institutes
Robotics

From prototype to production-floor deployment.

COMPLIANCE & DOCUMENTATION

Designed for Canada’s Regulatory Framework

Keep Klear MatriX is positioned as a treated article in alignment with Canada’s PMRA framework. The antimicrobial additive is intended to protect the printed article by inhibiting microbial growth on its surface.

Advancing science

Explore our latest blog posts now

The Future of
Functional 3D Printing
Starts Here.

Need help with KK MatriX?

Frequently asked questions

No. PLA is the current production material. The platform is expanding to ABS, PP, and other engineered polymers.

No. It is integrated into the polymer matrix during extrusion.

No. It is positioned solely to protect the printed article.

Yes. Compatible with most professional PLA-capable FFF systems.

When supplied in antimicrobial configuration, it is positioned as a treated article under the PMRA framework. It is intended to protect the printed object only and does not make public health claims.

Performance depends on surface wear, abrasion, and operational conditions. Because the additive is embedded in the polymer matrix, it is not a surface-applied coating.

No food-contact claims are made. If your application involves food processing environments, please contact us for technical consultation.

Each production batch is manufactured under controlled extrusion conditions and supplied with:

  • Diameter tolerance verification
  • Batch traceability
  • Material consistency documentation

Yes. We support volume purchasing agreements for industrial, institutional, and distribution partners in Canada and the USA.

Yes. Keep Klear MatriX PLA is compatible with most professional FFF systems that support PLA processing temperatures.

Yes. We support:

  • Volume purchasing agreements
  • Institutional supply programs
  • Distributor and reseller partnerships
  • Contact us to discuss pricing tiers and partnership opportunities.