This amazing filament is a blend of PLA and carbon Fiber by ProtoPasta in the USA. Will wear nozzle so we advise using a wear resistant nozzle (sold seperately). Produces impressively strong models with minimum fuss and difficulty.

This amazing filament is a blend of PLA and carbon Fiber by ProtoPasta in the USA. It prints easily at 230-245 degrees on a cold bed. We used glue on a glass bed for our test.

Brick or cast bronze? Brush, polish, or patina and enjoy!

Introducing Bronze Composite HTPLA. Prints like plastic, but finishes like real metal for beautiful, durable parts from most standard 3D printers. So many finishing possibilities, but here are some ideas to get you started (see sample Protognomes in product photos):

Brick or cast bronze? Brush, polish, or patina and enjoy!

Introducing Bronze Composite HTPLA. Prints like plastic, but finishes like real metal for beautiful, durable parts from most standard 3D printers. So many finishing possibilities, but here are some ideas to get you started (see sample Protognomes in product photos):

This amazing filament is a blend of PLA and carbon Fiber by ProtoPasta in the USA. It prints easily at 230-245 degrees on a cold bed. We used glue on a glass bed for our test. Tendancy to leave small balls/pimples on surface which easily clean up. Will wear nozzle so we advise using a wear resistant nozzle (sold seperately). Produces impressively strong models with minimum fuss and difficulty.

The ABS ESD is ideal for applications that require protection against electrostatic discharges.

The ABS ESD is ideal for applications that require protection against electrostatic discharges.

Brick or cast brass? Brush, polish, or patina and enjoy!

Introducing Brass Composite HTPLA. Prints like plastic, but finishes like real metal for beautiful, durable parts from most standard 3D printers. So many finishing possibilities, but here are some ideas to get you started (see sample Protognomes in product photos):

Spectrum PC/PTFE is an advanced polycarbonate-based (PC) composite filament with the addition of PTFE commonly known as teflon. The high demand and limited availability of additive manufacturing materials with very good mechanical properties, with particular emphasis on high abrasion resistance, led to the efforts aimed to combine great properties of PC and PTFE. Polycarbonate provides high mechanical resistance and PTFE complements other properties by reducing wear and friction.