Materialien – Admin | 3D Fabrikant

Standard

12

Material	Zugfestigkeit	Wärmeform.	Drucktemp.	Betttemp.	Schwierigkeit	A1 Mini	Kobra 3	Stahldüse	Trocknung	Gehäuse	UV	Industrie
HT-PLA Pro	~38 MPa (X-Y, ISO 527)	~56 °C ungetempert · ~108 °C getempert (HDT/A)	210–230 °C	25–65 °C	Einfach	✓	✓	✓	–	–	–	✓
HT-PLA Pro	~38 MPa (X-Y, ISO 527)	~56 °C as printed · ~108 °C annealed (HDT/A)	210–230 °C	25–65 °C	Einfach	✓	✓	✓	–	–	–	✓
PolyMax PLA	~28 MPa (ISO 527)	~60–65 °C (HDT/A)	190–230 °C	25–60 °C	Einfach	✓	✓	✓	–	!	–	✓
PolyMax PLA	~28 MPa (ISO 527)	~60–65 °C (HDT/A)	190–230 °C	25–60 °C	Einfach	✓	✓	✓	–	!	–	✓
nGen	~46 MPa (ISO 527)	~75–80 °C (HDT/A)	220–240 °C	60–80 °C	Einfach	✓	✓	✓	–	!	–	✓
nGen	~46 MPa (ISO 527)	~75–80 °C (HDT/A)	220–240 °C	60–80 °C	Einfach	✓	✓	✓	–	!	–	✓
Ultrafuse PET	~52 MPa (ISO 527)	~75–80 °C (HDT/A)	240–260 °C	75–90 °C	Mittel	✓	✓	✓	!	–	–	✓
Ultrafuse PET	~52 MPa (ISO 527)	~75–80 °C (HDT/A)	240–260 °C	75–90 °C	Mittel	✓	✓	✓	!	–	–	✓
rPETG FR	Im Herstellerdatenblatt nicht ausgewiesen	~64 °C (HDT/A, ISO 75)	220–240 °C	60–80 °C	Mittel	✓	✓	✓	!	–	–	✓
rPETG FR	Not stated in the manufacturer datasheet	~64 °C (HDT/A, ISO 75)	220–240 °C	60–80 °C	Mittel	✓	✓	✓	!	–	–	✓
PolyCast	~53 MPa (X-Y, ISO 527) · Z-Richtung ~26 MPa	~53 °C (HDT/A, ISO 75)	190–220 °C	25–70 °C	Mittel	✓	✓	✓	!	–	–	✓
PolyCast	~53 MPa (X-Y, ISO 527) · Z direction ~26 MPa	~53 °C (HDT/A, ISO 75)	190–220 °C	25–70 °C	Mittel	✓	✓	✓	!	–	–	✓

Robust & Wetterfest

2

Material	Zugfestigkeit	Wärmeform.	Drucktemp.	Betttemp.	Schwierigkeit	A1 Mini	Kobra 3	Stahldüse	Trocknung	Gehäuse	UV	Industrie
Prusament ASA	~47 MPa (ISO 527)	~98–104 °C (HDT/A)	240–260 °C	90–110 °C	Anspruchsvoll	✗	✓	✓	–	!	✓	✓
Prusament ASA	~47 MPa (ISO 527)	~98–104 °C (HDT/A)	240–260 °C	90–110 °C	Anspruchsvoll	✗	✓	✓	–	!	✓	✓

Hochleistung

8

Material	Zugfestigkeit	Wärmeform.	Drucktemp.	Betttemp.	Schwierigkeit	A1 Mini	Kobra 3	Stahldüse	Trocknung	Gehäuse	UV	Industrie
ABS	~40–45 MPa (ISO 527)	~90–100 °C (HDT/A)	230–250 °C	80–100 °C	Anspruchsvoll	✗	✓	✓	–	!	–	✓
ABS	~40–45 MPa (ISO 527)	~90–100 °C (HDT/A)	230–250 °C	80–100 °C	Anspruchsvoll	✗	✓	✓	–	!	–	✓
PC	~55–65 MPa (ISO 527)	~125–135 °C (HDT/A)	260–290 °C	90–110 °C	Experte	✗	✓	✓	!	!	–	✓
PC	~55–65 MPa (ISO 527)	~125–135 °C (HDT/A)	260–290 °C	90–110 °C	Experte	✗	✓	✓	!	!	–	✓
GreenTEC Pro	~59 MPa (ISO 527)	~120 °C (HDT/A nach Temperierung)	200–230 °C	50–80 °C	Mittel	✓	✓	✓	–	!	–	✓
GreenTEC Pro	~59 MPa (ISO 527)	~120 °C (HDT/A after annealing)	200–230 °C	50–80 °C	Mittel	✓	✓	✓	–	!	–	✓
PA / Nylon	~50–70 MPa (ISO 527)	~60–80 °C (HDT/A)	240–260 °C	70–90 °C	Anspruchsvoll	✗	✓	✓	!	–	–	✓
PA / Nylon	~50–70 MPa (ISO 527)	~60–80 °C (HDT/A)	240–260 °C	70–90 °C	Anspruchsvoll	✗	✓	✓	!	–	–	✓

Composite

26

Material	Zugfestigkeit	Wärmeform.	Drucktemp.	Betttemp.	Schwierigkeit	A1 Mini	Kobra 3	Stahldüse	Trocknung	Gehäuse	UV	Industrie
PETG-CF	~55–70 MPa (ISO 527)	~75–85 °C (HDT/A)	240–260 °C	70–85 °C	Mittel	✓	✓	!	–	–	–	✓
PETG-CF	~55–70 MPa (ISO 527)	~75–85 °C (HDT/A)	240–260 °C	70–85 °C	Mittel	✓	✓	!	–	–	–	✓
PET-CF	~65–80 MPa (ISO 527)	~80–100 °C (HDT/A)	240–260 °C	80–90 °C	Mittel	✓	✓	!	!	–	–	✓
PET-CF	~65–80 MPa (ISO 527)	~80–100 °C (HDT/A)	240–260 °C	80–90 °C	Mittel	✓	✓	!	!	–	–	✓
PA-GF	~70–90 MPa (ISO 527)	~90–120 °C (HDT/A)	250–270 °C	80–100 °C	Experte	✗	✓	!	!	–	–	✓
PA-GF	~70–90 MPa (ISO 527)	~90–120 °C (HDT/A)	250–270 °C	80–100 °C	Experte	✗	✓	!	!	–	–	✓
PC-CF	~65–80 MPa (ISO 527)	~130–145 °C (HDT/A)	260–285 °C	90–110 °C	Experte	✗	✓	!	!	!	–	✓
PC-CF	~65–80 MPa (ISO 527)	~130–145 °C (HDT/A)	260–285 °C	90–110 °C	Experte	✗	✓	!	!	!	–	✓
PAHT-CF	~90–120 MPa (ISO 527)	~150–200 °C (HDT/A)	260–280 °C	90–110 °C	Experte	✗	✓	!	!	–	–	✓
PAHT-CF	~90–120 MPa (ISO 527)	~150–200 °C (HDT/A)	260–280 °C	90–110 °C	Experte	✗	✓	!	!	–	–	✓
PA12-CF	~80–110 MPa (ISO 527)	~175–180 °C (HDT/A)	260–280 °C	85–100 °C	Experte	✗	✓	!	!	–	–	✓
PA12-CF	~80–110 MPa (ISO 527)	~175–180 °C (HDT/A)	260–280 °C	85–100 °C	Experte	✗	✓	!	!	–	–	✓
PP-GF	~35–50 MPa (ISO 527)	~100–120 °C (HDT/A)	220–250 °C	80–100 °C	Experte	✗	✓	!	–	!	–	✓
PP-GF	~35–50 MPa (ISO 527)	~100–120 °C (HDT/A)	220–250 °C	80–100 °C	Experte	✗	✓	!	–	!	–	✓
PPA-CF	168 ± 4 MPa (X-Y, ISO 527)	227 °C (0,45 MPa) / 196 °C (1,8 MPa)	280–310 °C	100–120 °C	Experte	✗	✓	!	!	!	–	✓
PPA-CF	168 ± 4 MPa (X-Y, ISO 527)	227 °C (0.45 MPa) / 196 °C (1.8 MPa)	280–310 °C	100–120 °C	Experte	✗	✓	!	!	!	–	✓
PPS-CF	87 ± 5 MPa (X-Y, ISO 527)	264 °C (0,45 MPa) / 235 °C (1,8 MPa)	310–340 °C	100–120 °C	Experte	✗	✗	!	!	!	–	✓
PPS-CF	87 ± 5 MPa (X-Y, ISO 527)	264 °C (0.45 MPa) / 235 °C (1.8 MPa)	310–340 °C	100–120 °C	Experte	✗	✗	!	!	!	–	✓
ABS-GF	~36 MPa (ISO 527, XY)	~99 °C (HDT/B, 0,45 MPa)	240–270 °C	80–100 °C	Anspruchsvoll	✗	✓	!	–	!	–	✓
ABS-GF	~36 MPa (ISO 527, XY)	~99 °C (HDT/B, 0.45 MPa)	240–270 °C	80–100 °C	Anspruchsvoll	✗	✓	!	–	!	–	✓
PA6-GF	~120 MPa (ISO 527)	~182 °C (HDT/A)	260–290 °C	100–120 °C	Experte	✗	✓	!	!	–	–	✓
PA6-GF	~120 MPa (ISO 527)	~182 °C (HDT/A)	260–290 °C	100–120 °C	Experte	✗	✓	!	!	–	–	✓
PPA-GF	~100–140 MPa (gradeabhängig)	>150 °C (HDT/A, gradeabhängig)	270–310 °C	100–120 °C	Experte	✗	✓	!	!	!	–	✓
PPA-GF	~100–140 MPa (grade-dependent)	>150 °C (HDT/A, grade-dependent)	270–310 °C	100–120 °C	Experte	✗	✓	!	!	!	–	✓
PET-GF	~50–70 MPa (gradeabhängig)	~70–90 °C (HDT/A, gradeabhängig)	240–260 °C	80–90 °C	Mittel	✓	✓	!	!	–	–	✓
PET-GF	~50–70 MPa (grade-dependent)	~70–90 °C (HDT/A, grade-dependent)	240–260 °C	80–90 °C	Mittel	✓	✓	!	!	–	–	✓

Anmelden

Standard

Robust & Wetterfest

Hochleistung

Composite