FDM Materials Tested with Magigoo Adhesives
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Primary Key
Manufacturer
Material
Manufacturer
3D4Makers
Count1
1
59
3D4Makers
PEEK
2
46
3Dogg
PVDF-H
3
90
3DPrima
ASA+
4
129
3DPrima
CF-Nylon
5
130
3DPrima
GF-Nylon
6
45
3DXTECH
FIREWIRE PVDF
7
60
3DXtech
PEKK
8
97
Arkema
FIREWIRE PVDF
9
98
Arkema
PEKK
10
87
Atomic Filaments
ABS
11
88
Atomic Filaments
PET-G PRO
12
74
BASF Forward AM
Ultrafuse 316L
13
83
BASF Forward AM
Ultrafuse 316L
14
2
BASF Innofil3D
Ultrafuse PP GF30
15
6
BASF Innofil3D
PP Natural
16
7
BASF Innofil3D
ASA Natural
17
15
BASF Innofil3D
PAHT CF15
18
37
BASF Innofil3D
PET CF
19
93
BASF Innofil3D
Ultrafuse PP GF30
20
128
BASF Innofil3D
Ultrafuse PP GF30
21
119
Braskem
FL105PP
22
120
Braskem
FL100PP
23
143
Braskem
PP-CF
24
166
Braskem
FL900PP-CF
25
167
Braskem
FL900PP-CF
26
13
Clariant
PA6/66 Flame Retardant
27
14
Clariant
PA6/66-GF20 Flame retardant
28
47
Clariant
PA6 Flame Retardant
29
48
Clariant
PA GF20 Flame Retardant
30
36
Colorfabb
XT-Clear
31
11
DOW
EVOLV3D Olefin Block Copolymer
32
12
DSM
Novamid 1030CF
33
21
DSM
Novamid 1030
34
22
DSM
Novamid 1070
35
23
DSM
Arnitel 2060 HT
36
24
DSM
Arnitel 2045
37
116
DSM
Novamid 1030CF
38
117
DSM
Novamid 1030
39
118
DSM
Novamid 1070
40
9
DuPont
Zytel 3D1000FL
41
10
DuPont
Hytrel 3D4100FL
42
94
Eastman
Amphora HT5300
43
95
Eastman
Amphora AM3300
44
96
Eastman
Arnite ID 3040
45
57
Essentium
PCTG+
46
58
Essentium
HTN
47
69
eSun
ABS
48
145
Fiberlogy
FiberFlex 40D
49
146
Fiberlogy
FiberSilk
50
147
Fiberlogy
Impact PLA
51
148
Fiberlogy
Easy ABS
52
149
Fiberlogy
Easy PETG
53
150
Fiberlogy
PCTG
54
151
Fiberlogy
Easy PLA
55
152
Fiberlogy
HD PLA
56
153
Fiberlogy
ABS
57
154
Fiberlogy
Nylon PA12
58
155
Fiberlogy
PA12CF
59
156
Fiberlogy
PA12GF
60
157
Fiberlogy
ASA
61
158
Fiberlogy
CPE HT
62
159
Fiberlogy
PP
63
161
Fiberlogy
Impact PLA
64
162
Fiberlogy
FiberFlex 40D
65
163
Fiberlogy
Easy PLA
66
164
Fiberlogy
HD PLA
67
165
Fiberlogy
ABS
68
55
Fiberthree
F3 PA Pure Lite
69
56
Fiberthree
F3 PA Pure Pro
70
40
Fibreforce
Nylforce CF
71
41
Fibreforce
Nylforce GF
72
91
Fibreforce
Nylforce CF
73
92
Fibreforce
Nylforce GF
74
99
Filament PM
PLA
75
100
Filament PM
PET-G
76
101
Filament PM
ASA
77
102
Filament PM
SOFTJet PP
78
103
Filament PM
PAJET
79
104
Filament PM
ABS-T
80
105
Filament PM
ABS "Not Dead"
81
106
Filament PM
ABS-T
82
107
Filament PM
ABS "Not Dead"
83
108
Filament PM
RUBBERJet TPE 32
84
109
Filament PM
PC-ABS
85
110
Filament PM
PC-ABS
86
131
Filament PM
PET-G
87
132
Filament PM
PLA
88
39
Filkemp
Nylon
89
49
Fillamentum
PP2320
90
66
Fillamentum
ASA
91
67
Fillamentum
TPE
92
68
Fillamentum
CF15
93
86
Fillamentum
CPE HG100
94
122
Fillamentum
Extrafil ABS
95
125
Fillamentum
Extrafil ABS
96
35
FormFutura
Centaur PP
97
76
FormFutura
Centaur PP
98
44
IGUS
I180
99
142
Infinite Material Solutions
Aquasys180
100
144
Infinite Material Solutions
Aquasys 180
101
77
Innofil
PP
102
121
Intamsys
ABS
103
136
Kimya
PC-S
104
137
Kimya
PC-S
105
168
Kimya
Tholus
106
16
Lehmann Voss
LUVOCOM 3F PAHT CF 9742 BK
107
28
Lehmann Voss
LUVOCOM PAHT 9825 NT
108
29
Lehmann Voss
LUVOCOM 3F PAHT GK 9874 NT
109
72
Lehmann Voss
PP CF
110
73
Lehmann Voss
PP Neat
111
111
Lehmann Voss
LUVOCOM 3F PEEK
112
126
Lehmann Voss
PP CF
113
25
Matterhackers
Nylon Pro
114
26
Matterhackers
Nylon X
115
27
Matterhackers
Nylon G
116
81
Matterhackers
Nylon X
117
138
Matterhackers
Nylon X
118
112
Mitsubishi Chemicals
Durabio
119
113
Mitsubishi Chemicals
3Diakon
120
133
Owen's Corning
X-Strand GF30-PP
121
1
Owens Corning
X-Strand GF30-PP
122
3
Owens Corning
X-Strand GF30-PA6
123
82
Owens Corning
X-Strand GF30-PP
124
89
Owens Corning
X-Strand GF30-PA6
125
127
Owens Corning
X-Strand GF30-PP
126
114
Perlon
PET-G
127
115
Perlon
TPS 97A
128
30
Polymaker
PolyMide CoPA
129
31
Polymaker
PolyMide PA6-GF
130
32
Polymaker
PolyMide PA6-CF
131
33
Polymaker
PolyMax PC
132
34
Polymaker
PolyLite PC
133
50
Polymaker
PC-PBT
134
51
Polymaker
PC-FR
135
52
Polymaker
PC-ABS
136
53
Polymaker
PolyLiteABS
137
54
Polymaker
PolyMide PA12
138
62
Polymaker
PolyLite PLA
139
63
Polymaker
PolyMax PLA
140
78
Polymaker
PolyMide CoPA
141
79
Polymaker
PolyLite PC
142
80
Polymaker
PolyMax PC
143
84
Polymaker
PolyLite PLA
144
85
Polymaker
PolyMax PLA
145
123
Polymaker
PolyLiteABS
146
124
Polymaker
PolyLiteABS
147
134
Polymaker
PolyLite ABS
148
135
Polymaker
PolyLite PET-G
149
139
Polymaker
PolyLite ABS
150
64
Smart Materials
Innovatefil PET-CF
151
70
Smart Materials
PP
152
65
Solvay
PEEK
153
75
Taulman 3D
910
154
38
Taulman3D
Bridge
155
42
Taulman3D
645
156
43
Taulman3D
680
157
61
Treed
PPS-CF
158
5
Ultimaker
PP
159
8
Ultimaker
Nylon
160
17
Ultimaker
ABS
161
18
Ultimaker
CPE
162
19
Ultimaker
TPU95A
163
20
Ultimaker
PC
164
140
Ultimaker
PP
165
4
Verbatim
PP
166
71
Verbatim
PP
167
141
Verbatim
PP
Drag to adjust the number of frozen columns
Print Core
Printer
Magigoo Type
Base Cura Profile
Initial Layer Bed temperature (°C)
Default Bed Temperature (°C)
Brim
Brim Width (mm)
Initial Nozzle Temperature (°C)
Default Nozzle Temperature (°C)
Enclosure
Chamber Temperature (°C)
Magigoo Resources
Printing Tips
0.4 mm
Tractus T650P
HT
150
150
10
400
400
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
AA 0.4
Ultimaker S5
HT
Arkema Kynar 826
100
100
20
260
260
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
3Dogg PVDF-H is significantly harder to print with than 3DXTECH PVDF filament
0.4 mm
Raise3D N2
Original
100
100
230
230
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
It is recommended to avoid printing the first layer too close to the build plate as this might cause the material to over-adhere. As a result printed parts can be difficult to remove when printing with this material
0.4
Raise3D N2
PA
110
100
15
275
275
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4
Raise3D N2
PA
110
100
15
275
275
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
HT
Arkema Kynar 826
70
70
8
260
260
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Parts show a small amount of warp, a brim is recommended for large and complex parts
0.4 mm
Tractus T650P
HT
150
150
10
360
360
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
AA 0.4
Ultimaker S5
HT
Arkema Kynar 826
70
70
8
260
260
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Parts show a small amount of warp, a brim is recommended for large and complex parts. Parts do not self-release, however do not require much effort to remove with a part removal too Parts warp after removal from build plate, most probably due to build-u
0.4 mm
Tractus T650P
HT
150
150
10
360
360
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
0.4 mm
Raise3D N2
Original
110
110
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. A brim is recommended when printing with this material
0.4 mm
Raise3D N2
Original
75
75
8
235
235
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing this material with Magigoo Original, it is also recommended to increase the build-plate temperature slightly if the printed parts are warping
CC 0.6
Ultimaker S5
Metal
BASF Ultrafuse 316L
100
100
245
245
Recommended
https://magigoo.com/blog/ultrafuse-316l/
Applying water around the printed parts through the use of a spray or wash bottle to the build-plate and letting it sit for 30 minutes to 2 hours is required for part removal. It is also recommended not to print too close to the build-plate on the first layer. When using the Ultimaker S5, one can reduce the first layer flow to around 85% to aid with ease of part removal
0.6
BCN3D SigmaX R19
Metal
100
100
240
240
Recommended
https://magigoo.com/blog/ultrafuse-316l/
Applying water around the printed parts through the use of a spray or wash bottle to the build-plate and letting it sit for 30 minutes to 2 hours is required for part removal. It is also recommended not to print too close to the build-plate on the first layer.
CC 0.6
Ultimaker S5
PPGF
BASF Ultrafuse PP GF 30
100
20
20
240
240
Recommended
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
It is recommended to print with the first layer build-plate temperature set to around 80-100 °C cooling the build-plate to around 20-70 °C. It is also recommended to use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
AA 0.4
Ultimaker S5
PP
Generic PP
80
70
20
208
220
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
AA 0.4
Ultimaker S5
PC
BASF Innofil3D ASA
110
110
280
275
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
For best results ensure that the filament is dry before printing. It is recommended to use Magigoo PC with Innofil ASA for optimum adhesion. Parts self-detach from the build-plate on cooling.
CC 0.6
Ultimaker S5
PA
BASF Innofil PAHT CF15
80
75
260
260
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
Original
Innofil PET CF
80
75
260
260
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo Original
0.4 mm
Raise3D N2
PPGF
110
60
50
240
240
Recommended
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
It is recommended to print with the first layer build-plate temperature set to around 80-100 °C cooling the build-plate to around 20-70 °C. It is also recommended to use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
0.4
Intamsys FUNMAT HT
PPGF
50
50
15
270
270
Heated Chamber
50
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
Use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
AA 0.4
Ultimaker S5
Flex
Braskem FL105PP
100
90
20
230
230
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
Easy release on cooling, a brim is recommended for optimum adhesion
AA 0.4
Ultimaker S5
Flex
Braskem FL105PP
110
100
20
230
230
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
Brim is recommended for optimum adhesion
AA 0.6
PP
Braskem PP-CF
90
85
15
240
240
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
Magigoo PP is the optimum build-plate adhesive for this material. Parts should be easy to remove off the build-plate on cooling. In case of excess adhesion it is recommended to heat the build-plate up to °C to make part removal easier.
CC 0.6 mm
Ultimaker S5
PP
Braskem FL900PP-CF
90
85
15
240
240
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing this material. Prints well with Magigoo PP as a build-plate adhesive.
CC 0.6 mm
Ultimaker S3
PP
Braskem FL900PP-CF
90
85
15
240
240
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing this material. Prints well with Magigoo PP as a build-plate adhesive.
AA 0.4
Ultimaker S5
PA
Clariant Polyamide 6/66 Flame retardant
90
80
10
240
240
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Clariant Polyamide 6/66 GF20 Flame retardant
70
70
10
240
240
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
Clariant Polyamide 6/66 Flame retardant
90
80
10
250
250
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
A brim is recommended when printing this material. Part requires a part removal tool for removal, however it requires very little effort.
CC 0.6
Ultimaker S5
PA
Clariant Polyamide 6/66 GF20 Flame retardant
80
60
10
270
270
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
Original
Generic CPE
75
75
240
240
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is not required when printing this material with Magigoo Original
AA 0.4
Ultimaker S5
PP
Generic PP
110
70
20
220
220
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
CC 0.6
Ultimaker S5
PA
DSM Novamid 1030CF
70
65
270
270
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
DSM Novamid 1030
80
80
7
270
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
DSM Novamid 1070
95
85
20
280
270
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
Flex
DSM Arnitel 2060HT
90
80
20
242
240
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo Flex.
AA 0.4
Ultimaker S5
Flex
DSM Arnitel 2045
80
70
8.75
245
230
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended for larger parts or complex geometries when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
90
85
270
270
Recommended
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
100
100
15
270
260
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
110
100
15
280
270
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
DuPont Zytel 3D1000FL
100
90
8
280
275
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended for larger parts or complex geometries when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
Flex
DuPont Hytrel 3D4100FL
105
95
15
222
220
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
HT
Eastman Amphora AM3300
110
110
270
270
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Magigoo HT is recommended when printing this material due to its higher temperature requirements.
AA 0.4
Ultimaker S5
Original
Eastman Amphora AM3300
85
85
7
235
235
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing this material with Magigoo Original, it is also recommended to increase the build-plate temperature slightly if the printed parts are warping
AA 0.4
Ultimaker S5
Original
Eastman Amphora AM3300
90
90
7
270
270
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing this material with Magigoo Original, it is also recommended to increase the build-plate temperature slightly if the printed parts are warping
AA 0.4
Ultimaker S5
HT
Essentium Z PCTG
90
90
245
245
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is not required when printing this material with Magigoo HT
AA 0.4
Ultimaker S5
PA
Generic Nylon
85
85
275
275
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
Original
110
110
240
230
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. Most parts can be printed without the need for a brim
AA 0.4 mm
Ultimaker S5
Flex
Generic TPU
60
60
10
215
215
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
A brim is recommended when printing.
0.4 mm
Creality CR-10
Original
Generic PLA
50
50
220
220
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Material might overadhere, use water to remove from buildplate.
0.4 mm
Creality CR-10
Original
Generic PLA
60
60
235
235
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
0.4 mm
Raise3D N2
Original
110
110
10
245
245
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing.
0.4 mm
Raise3D N2
Original
90
90
240
240
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
0.4 mm
Raise3D N2
Original
100
100
260
260
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S3
Original
Generic PLA
60
60
220
220
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S3
Original
Generic PLA
60
60
220
220
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S5
Original
Generic ABS
110
100
10
240
240
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing. Prints well with Magigoo Original as a built-plate adhesive
0.4 mm
Raise3D N2
PA
110
110
10
265
265
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
A brim is recommended when printing.
0.4 mm
Raise3D N2
PA
110
110
265
265
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Prints well with Magigoo PA as a build-plate adhesive
0.4 mm
Raise3D N2
PA
110
110
10
265
265
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
A brim is recommended when printing. Prints well with Magigoo PA as a build-plate adhesive
0.4 mm
Raise3D N2
PC
110
110
265
265
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo PC as a build-plate adhesive
0.4 mm
Raise3D N2
PC
110
110
10
270
270
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing. Prints well with Magigoo PC as a build-plate adhesive
0.4 mm
Raise3D N2
PP
100
100
10
245
245
Recommended
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing.
0.4 mm
Raise3D N2
Original
Generic PLA
60
60
235
235
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S3
Flex
Generic TPU
60
60
10
215
215
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
A brim is recommended when printing.
AA 0.4 mm
Ultimaker S5
Original
Generic PLA
60
60
220
220
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S5
Original
Generic PLA
60
60
220
220
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo Original as a built-plate adhesive
AA 0.4 mm
Ultimaker S3
Original
Generic ABS
110
100
10
240
240
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing. Prints well with Magigoo Original as a built-plate adhesive
AA 0.4
Ultimaker S5
PA
Fiber Three F3 PA Pure Lite
75
75
280
280
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Parts require some effort to remove. Using a part removal tool and gently tapping the base of the print is recommended.
AA 0.4
Ultimaker S5
PA
Fiber Three F3 PA Pure Pro
70
70
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Parts require some effort to remove. Using a part removal tool and gently tapping the base of the print is recommended.
CC 0.6
Ultimaker S5
PA
GFF PA
95
90
7
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
CFF PA
95
90
7
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
110
100
15
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
100
95
15
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Creality CR-10
Original
65
65
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4 mm
Creality CR-10
Original
80
80
230
230
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4 mm
Raise3D N2
Original
100
90
20
240
240
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
For best results ensure that the filament is dry before printing. It is recommended to use Magigoo Original for optimum adhesion. Parts self-detach from the build-plate on cooling.
0.4 mm
Raise3D N2
Flex
110
110
29
240
240
Recommended
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
Magigoo Flex is recommended for easy release, Magigoo PP works as well however part removal is more difficult when using Magigoo PP
0.4 mm
Raise3D N2
PA
110
110
20
240
240
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
Original
110
110
10
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Magigoo Original gives a balance of good adhesion and easy release with this material, nonetheless the Material Manufacturer suggests using Magigoo PC if extra adhesion is needed. Caution: Using Magigoo PC with ABS materials increases the chance of damaging glass build surfaces
0.4 mm
Raise3D N2
Original
110
110
10
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Magigoo Original gives a balance of good adhesion and easy release with this material, nonetheless the Material Manufacturer suggests using Magigoo PC if extra adhesion is needed. Caution: Using Magigoo PC with ABS materials increases the chance of damaging glass build surfaces
0.4 mm
Intamsys FUNMAT HT
Original
100
100
10
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
When printing this material using a heated chamber or at higher build-plate temperatures Magigoo Original provides sufficient adhesion
0.4 mm
Intamsys FUNMAT HT
Original
100
100
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
When printing this material using a heated chamber or at higher build-plate temperatures Magigoo Original provides sufficient adhesion.
0.4 mm
Raise3D N2
Flex
110
110
230
230
Recommended
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
A slower printing speed is recommended when printing this material
0.4 mm
Raise3D N2
PC
110
110
10
260
260
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is recommended when printing with this material and Magigoo PC on the Raise3D N2.
0.4 mm
Intamsys FUNMAT HT
PC
100
100
260
260
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
When printing this material in a heated chamber a brim might not be required, furthermore the higher environmental temperature helps prevent delamination in larger parts.
0.4 mm
Raise3D N2
Original
90
90
230
230
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4 mm
Raise3D N2
Original
65
65
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
AA 0.4
Ultimaker S5
PA
Generic Nylon
70
70
245
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PP
Generic PP
70
70
20
240
235
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
Parts are easy to remove once the bed cools. All parts show noticeable warp and a 20 mm brim is required for all prints
0.4 mm
Raise3D N2
PC
110
110
250
250
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
For best results ensure that the filament is dry before printing. It is recommended to use Magigoo PC with Fillamentum ASA for optimum adhesion, nonetheless Magigoo Original works well form smaller sized parts.
0.4 mm
Raise3D N2
PP
60
20
20
235
235
Recommended
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PP.
0.4 mm
Raise3D N2
PA
110
100
20
250
250
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
Original
80
80
235
235
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is not required when printing this material with Magigoo Original, it is also recommended to increase the build-plate temperature slightly if the printed parts are warping
AA 0.4
Ultimaker S5
Original
Generic ABS
110
100
8
240
240
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. A brim is recommended when printing with this material
0.4
Raise3D N2
Original
110
110
245
245
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. A brim is recommended when printing with this material
AA 0.4
Ultimaker S5
PP
Generic PP
80
70
20
220
208
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4 mm
Raise3D N2
PP
100
90
8
220
220
Recommended
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
AA 0.4
Ultimaker S5
Custom
Igus
110
110
20
260
260
A brim is recommended when printing this material.
0.4 mm
Intamsys FUNMAT HT
HT
280
280
Recommended
Filament tested to show very good adhesion at build-plate temperatures in the range of 100-160 °C with Magigoo HT
0.4 mm
Intamsys FUNMAT HT
HT
160
160
280
280
Printing with an enclosed chamber is not recommended if there is no active extruder cooling. Filament tested to show very good adhesion at build-plate temperatures in the range of 100 - 160 °C with Magigoo HT
0.4 mm
Raise3D N2
PP
110
100
8
230
230
Recommended
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4
Intamsys FUNMAT HT
Original
90
90
240
240
Heated Chamber
55
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well using the default manufacturer settings
AA 0.4
Ultimaker S5
HT
Generic PC
140
140
15
300
300
Use Air Manager
50
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Magigoo HT is recommended when printing this material due to its higher temperature requirements. A brim is recommended when printing with this material.
0,4
Intamsys FUNMAT HT
HT
140
140
15
310
310
Heated Chamber
60
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Magigoo HT is recommended when printing this material due to its higher temperature requirements. A brim is recommended when printing with this material.
0.4 mm
Intamsys FUNMAT HT
PC
120
120
300
300
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Works very well with both Magigoo PC and Magigoo HT. For bed temperatures higher than 120 C, Magigoo HT is recommended.
CC 0.6
Ultimaker S5
PA
LUVOCOM 3F PAHT CF 9742 BK
80
75
260
260
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
Lehmann Voss PAHT 9825 NT
70
70
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Lehmann Voss LUVOCOM 3F PAHT GK 9874 NT
75
70
260
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PP
80
80
8
280
280
Recommended
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
A brim is necessary when printing this material, Magigoo PP is recommended to ensure easy part removal with this material. It is also recommended to lower the first layer printing speed to improve first layer adhesion
0.4 mm
Raise3D N2
PP
100
20
240
235
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4 mm
Intamsys FUNMAT HT
HT
160
160
10
390
390
Heated Chamber
90
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
0.4
Intamsys FUNMAT HT
PP
60
60
8
260
260
Recommended
50
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
A brim is necessary when printing this material, Magigoo PP is recommended to ensure easy part removal with this material. It is also recommended to lower the first layer printing speed to improve first layer adhesion
AA 0.4
Ultimaker S5
PA
Generic Nylon
70
70
7
255
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Matterhackers Nylon X
90
80
8
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Matterhackers Nylon G
90
80
8
265
265
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PA
75
75
8
260
260
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
0.4
Prusa i3Mk2s
PA
90
90
10
270
270
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PC
Mitsubishi Durabio
110
100
7
260
260
Recommended
For best results ensure that the filament is dry before printing. It is recommended to use Magigoo PC for optimum adhesion. Fan speed can be changed to 0% is the model is warping
AA 0.4
Ultimaker S5
PC
Mitsubishi 3Diakon
100
100
7
260
260
Recommended
For best results ensure that the filament is dry before printing. It is recommended to use Magigoo PC for optimum adhesion. Fan speed can be changed to 0% is the model is warping
0.4
Prusa i3Mk2s
PPGF
90
50
15
270
270
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
It is recommended to print with the first layer build-plate temperature set to around 80-100 °C cooling the build-plate to around 20-70 °C. It is also recommended to use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
CC 0.6
Ultimaker S5
PPGF
Owens Corning X-Strand GF30-PP
100
20
20
270
270
Recommended
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
It is recommended to print with the first layer build-plate temperature set to around 80-100 °C cooling the build-plate to around 20-70 °C. It is also recommended to use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
CC 0.6
Ultimaker S5
PA
Owens Corning X-Strand GF30-PA6
75
70
260
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PPGF
110
60
20
270
270
Recommended
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
It is recommended to print with the first layer build-plate temperature set to around 80-100 °C cooling the build-plate to around 20-70 °C. It is also recommended to use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
0.4 mm
Raise3D N2
PA
85
80
260
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4
Intamsys FUNMAT HT
PPGF
50
50
15
270
270
Heated Chamber
50
https://magigoo.com/blog/gf30-pp-glass-reinforced-polypropylene-3d-printing/
Use a slow first layer printing speed (< 20 mm/s) and a wide brim to help mitigate warp further. In the case of larger sized parts, part removal might require more effort, in this case it is recommended to heat up the build-plate to around 80 °C to help with part removal
AA 0.4
Ultimaker S5
Original
Generic CPE
75
75
225
225
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
AA 0.4
Ultimaker S5
PP
Generic TPE95A
100
100
10
270
270
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Slow printing speeds recommended
AA 0.4
Ultimaker S5
PA
Polymaker PolyMide COPA
70
70
260
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Generic GFF-PA
75
70
280
280
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
CC 0.6
Ultimaker S5
PA
Generic CFF-PA
75
70
280
280
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PC
Generic PC
110
110
270
260
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is generally not required when printing with this material and Magigoo PC on the Ultimaker S5. Parts are easy to remove once the bed cools down. Polymaker recommend and enclosure for larger sized parts
AA 0.4
Ultimaker S5
PC
Generic PC
110
110
270
260
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is generally not required when printing with this material and Magigoo PC on the Ultimaker S5. Parts are easy to remove once the bed cools down. Polymaker recommend and enclosure for larger sized parts
AA 0.4
Ultimaker S5
PC
Generic PC
110
100
280
280
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is generally not required when printing with this material and Magigoo PC on the Ultimaker S5. Parts are easy to remove once the bed cools down. Polymaker recommend and enclosure for larger sized parts
AA 0.4
Ultimaker S5
PC
Generic PC
110
100
270
270
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is generally not required when printing with this material and Magigoo PC on the Ultimaker S5. Parts are easy to remove once the bed cools down. Polymaker recommend and enclosure for larger sized parts
AA 0.4
Ultimaker S5
PC
Generic PC
100
100
280
280
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is generally not required when printing with this material and Magigoo PC on the Ultimaker S5. Parts are easy to remove once the bed cools down. Polymaker recommend and enclosure for larger sized parts
AA 0.4
Ultimaker S5
Original
Generic ABS
105
95
250
250
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure can help with first layer adhesion and inter-layer adhesion especially for larger sized parts. Most parts can be printed without the need for a brim
AA 0.4
Ultimaker S5
PA
Generic Nylon
80
80
260
260
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
Original
Generic PLA
60
60
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
AA 0.4
Ultimaker S5
Original
Generic PLA
60
60
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4 mm
Raise3D N2
PA
80
80
260
260
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
PC
110
110
15
210
210
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is recommended when printing with this material and Magigoo PC on the Raise3D N2. Parts are easy to remove once the bed cools down. Polymaker recommends and enclosure for larger parts
0.4 mm
Raise3D N2
PC
110
110
15
210
210
Recommended
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
A brim is recommended when printing with this material and Magigoo PC on the Raise3D N2. Parts are easy to remove once the bed cools down. Polymaker recommends and enclosure for larger parts
0.4 mm
Raise3D N2
Original
60
60
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4 mm
Raise3D N2
Original
60
60
210
210
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4
Raise3D N2
Original
105
95
245
245
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. A brim is recommended when printing with this material
0.4
Intamsys FUNMAT HT
Original
90
90
240
240
Heated Chamber
55
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well using the default manufacturer settings
0.4
Ultimaker 2+
Original
Generic ABS
105
95
245
245
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure can help with first layer adhesion and inter-layer adhesion especially for larger sized parts. Most parts can be printed without the need for a brim
AA 0.4
Ultimaker S5
Original
Generic CPE
75
75
245
245
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well with Magigoo original as a build-plate adhesive
0.4
Prusa i3Mk2s
Original
105
95
8
250
250
Recommended
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
Prints well when using Magigoo Original, an enclosure is recommended to help first layer adhesion and inter-layer adhesion especially for larger sized parts. A brim is recommended when printing with this material
CC 0.6
Ultimaker S5
Original
Innofil PET-CF
80
75
260
260
https://magigoo.com/blog/3d-printing-composite-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo Original
0.4 mm
Raise3D N2
PP
100
90
20
220
220
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4 mm
Tractus T650P
HT
150
150
10
420
420
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
0.4 mm
Raise3D N2
PA
90
80
8
260
260
Recommended
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
Generic Nylon
70
60
20
245
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
Generic Nylon
70
60
20
245
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is recommended when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
PA
Generic Nylon
70
60
245
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
0.4 mm
Raise3D N2
HT
100
100
8
310
310
Recommended
https://magigoo.com/blog/3d-printing-with-high-temperature-materials/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is required when printing this material
AA 0.4
Ultimaker S5
PP
Ultimaker PP
80
70
20
220
208
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
AA 0.4
Ultimaker S5
PA
Ultimaker Nylon
90
80
245
245
https://magigoo.com/blog/3d-printing-with-nylon-filament-why-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PA.
AA 0.4
Ultimaker S5
Original
Ultimaker ABS
85
85
7
240
230
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
It is recommended to avoid printing the first layer too close to the build plate as this might cause the material to over-adhere. As a result printed parts can be difficult to remove when printing with this material
AA 0.4
Ultimaker S5
Original
Ultimaker CPE
75
75
7
240
240
https://magigoo.com/blog/choosing-the-right-3d-printing-materials-for-fdm-opinion/
A brim is recommended when printing this material with Magigoo Original, it is also recommended to increase the build-plate temperature slightly if the printed parts are warping
AA 0.4
Ultimaker S5
Original
Ultimaker TPU95A
0
0
8.75
240
225
https://magigoo.com/blog/3d-printing-flexible-materials-a-short-guide/
Applying some water around the printed parts through the use of a spray or wash bottle to the build-plate and letting it sit for 5 minutes makes part removal significantly easier and is recommended for larger parts.
AA 0.4
Ultimaker S5
PC
Ultimaker PC
105
105
270
270
https://magigoo.com/blog/3d-printing-polycarbonate-why-and-how/
Filament should be kept in a dry place and it is suggested to dry filament prior to printing for optimum printing results. A brim is not required when printing this material with Magigoo PC.
0.4
Ultimaker 2+
PP
Ultimaker PP
80
70
20
220
208
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
AA 0.4
Ultimaker S5
PP
Generic PP
80
70
20
220
208
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4 mm
Raise3D N2
PP
100
90
20
220
220
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.
0.4
Ultimaker 2+
PP
Ultimaker PP
80
70
20
220
208
https://magigoo.com/blog/3d-printing-polypropylene-why-and-how/
A brim is recommended when printing with this filament and Magigoo PP. Parts become easy to remove once the build-plate cools. It is recommended to first pry the brim around the part before attempting to remove the whole part.

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