FilamentMatch

Material profile

PC (Polycarbonate)

Use it for: load-bearing brackets, under-hood parts, tooling, high-heat fixtures.

nozzle 260280°Cbed 100110°Cdrying: critical

PC (Polycarbonate) · slicer settings

PC (Polycarbonate) print settings table
Nozzle temperature260280°C
Bed temperature100110°C
EnclosureRequired
Hardened nozzleNot needed
DryingCritical — always dry before printing

Strengths & weaknesses

  • Strengths: the strongest common filament: stiff, ~110°C+ heat tolerance, optical grades exist.
  • Weaknesses: demands high temps, an enclosure, and bone-dry filament; warps aggressively.
  • Use it for: load-bearing brackets, under-hood parts, tooling, high-heat fixtures.

Which printers print PC (Polycarbonate) clean?

Verdicts below come from the documented compatibility rules — bed and hotend ceilings, enclosure, and nozzle hardness — applied identically to all 9 printers in the database. 3 print it clean, 5 need mods, 1 should sit this one out.

FAQ

What temperature should I print PC (Polycarbonate) at?

Nozzle 260–280°C, bed 100–110°C. Start mid-range and tune with a temperature tower — exact sweet spots vary by brand and color.

Does PC (Polycarbonate) need an enclosure?

Yes — PC (Polycarbonate) needs an enclosure (or at minimum a serious draft shield). On an open-frame printer ambient drafts cool layers unevenly, which causes warping, cracking, and parts detaching mid-print.

Does PC (Polycarbonate) need drying?

Drying is critical for PC (Polycarbonate). It absorbs moisture from the air within hours of opening; wet filament prints with popping, stringing, weak layers, and a rough surface. Dry it before every session and keep it in a dryer or dry box while printing.