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3D Printing Materials / Polycarbonate / PC

Polycarbonate / PC Filament: Uses, Properties and Printing Guide

A high-heat, tough material family for capable machines, with demanding temperature and enclosure requirements.

Check whether it fits your part

Best uses and poor fits

Commonly selected for

  • high-heat functional parts
  • tough engineering components

Consider another material for

  • low-temperature open printers
  • casual first prints

Starting setup range

Printing difficulty: advanced. Nozzle: 260-310 C. Bed: 90-120 C.

These are generic starting ranges, not a universal profile. Check the exact spool manufacturer guidance. Enclosure expectation: usually. Drying importance: high.

Property profile

The five-point ratings are editorial comparison bands for typical unfilled material families, not laboratory measurements.

Stiffness 4/5 · Toughness 5/5 · Flexibility 2/5 · Heat resistance 5/5 · Weather resistance 3/5 · Ease 1/5.

Printing and design cautions

  • Warping
  • Moisture defects
  • Build surface damage
  • Verify the printer and build-surface maker guidance.
  • Allow for thermal stress in large parts.

Major limitations and safety notes

  • Many printers cannot reach every PC profile.
  • Blends may have different requirements.

Use normal good workshop practice and manufacturer safety information. This is generic guidance, not a hands-on spool review or a safety certification.

Related comparisons

  • nylon vs polycarbonate

Plan material and cost

Estimate print cost · Estimate filament length

Sources

Last verified 2026-09-20.

  • Prusa Research: Material guide
  • Bambu Lab: Filament guide

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