Snapmaker
Dual Extrusion 3D Printing Module
Dual Extrusion 3D Printing Module
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Um €290,00 reduziert
Um €312,80 reduziert
Snapmaker Doppelextrusion 3D-Druckmodul (inkl. MwSt.)
€409,00 EUR
€699,00
Grundpreis /
Nicht verfügbar
Allgemeine Merkmale:
• 3s-Schalter für Heizblock
• 300 °C Doppelextrusion
• Lösliche und abbrechbare Supports
• Fortschrittlicher Materialdruck
• 4-Lüfter-Kühlsystem
• Kompatibilität mit verschiedenen Düsengrößen
• Automatische Nivellierung
• Intelligente Auftragswiederherstellung
Kompatibilität:
• Snapmaker 2.0 A350T/A350/F350
• Snapmaker 2.0 A250T/A250/F250
• Snapmaker 2.0 A150
* 2 Heizblöcke mit 0,4 mm Messingdüsen sind im Lieferumfang enthalten.
Zwei Jahre Garantie inbegriffen. Inkl. MwSt.
Snapmaker Doppelextrusion 3D-Druckmodul (inkl. MwSt.) - Dual Extrusion Module ist auf Lager und wird versandt, sobald es wieder verfügbar ist
Verfügbarkeit für Abholungen konnte nicht geladen werden
Payment methods
Delivery
Orders will be shipped in 1-3 business days.
Orders will be shipped in 1-3 business days.
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Double the Fun
3s Hot End Auto Switch
300°C
Dual Extrusion
Advanced
Materials Printing
Materials Printing
4-fan
Cooling System
Cooling System
Auto
Levelling
Levelling
Soluble &
Breakaway Supports
Breakaway Supports
10+ Combo of Materials
Dual extrusion is an acquired taste, one you will stick to once learned, because there are some things in 3D printing that a single hot end just doesn't quite cut it. A sophisticated print with fine details. A gadget that combines PLA and TPU. A dual color little thing that your kid has been dying to have.
PVA
Breakaway Support for PLA
We all know what a pain removing support materials can be. Don't let it ruin your fun. Throw in a spool of water soluble PVA filament and watch your print emerge from water like the beauty it's meant to be. You can do the same with HIPS and breakaway support, with a little help of oil or none.
Multi-color Printing
People say less is more because less gives you style. But come on, who likes the monotonous when you have the colorful? A zebra printed black is just a lifeless toy, but it will spring to life when it's printed in black and glaring white. Give your prints a life, depth, and above all, meaning, with dual extrusion.
Quick-swap Hot Ends
Plus, with the hot end easily removable in 5 seconds, engineering materials such as PA-CF, PA-GF can be added to the picture as well. Luban will automatically recognize the hot end you use, and get printing parameters ready for use.[1]
All the Gears and Ideas
What about print quality, you might ask. Let's first add this up: stepper motor + planetary gear + dual extrusion gears for each hot end = ?
The 7.5:1 planetary gears transmit power from the motor with much greater torque, which allows us to use relatively small motors to achieve needed pulling force. Shedding unnecessary weight will in turn results in a much smaller vibration of the toolhead at the same rate of acceleration, thus keeping the same printing precision as the single extrusion module.
Single Extrusion Module
Dual Extrusion Module
Meanwhile, the 68-teeth gears with a 12 mm diameter allow for sufficient contact surfaces with the filament they are pulling in, applying steady force so your filament won't come out of the nozzle all beaten up. So back to the question: what's the other end of the equation? The answer is flawless extrusion with 20 mm³/s flow rate and high quality results.
Wanna Print Non-stop? Keep It Cool.
Now the second pain other than removing support, has to be picking filament debris out from a jammed nozzle. Well, hopefully you won't have to deal with it for a long time with Dual Extrusion Module.
Each of your hot end has a dedicated fan blowing much needed wind from a blower, preventing your filament from melting prematurely in the heat sink which invariably ends up clogging the hot end.
Also, if you are still caught up on that time when your overhang failed miserably on you, worry no more, because your overhangs will be cool this time. Another set of fans are located at the bottom right and left. They will keep your nozzles and prints cool. So whether you are printing a bold overhang, or with ABS/PA, dive in head first; you can adjust the fan speed later[2].
Great Hot Ends Work Async
Another question to answer is how do 2 hot ends work on 1 toolhead, seeing as how time-consuming switching can be on other dual extrusion printers. Initially we thought, why not lift the toolhead up and bump it against a level and there your hot end goes. That is untill we were appalled by the thudding sound it makes every time one hot end needs to be switched to the other.
So the classy and efficient way to do it, we decided, is to switch with a motor. When your g-code tells the motor it's time to change the hot end, the motor will ask the linear rail to do the heavy lifting. Then the hot end gets changed, and the printing continues. This is done within 3 seconds, with a repeatability of 0.012 mm.
Get Smart with Various Nozzle Sizes[1]
To make smarter use of nozzles, you can tune your settings a bit more with each nozzle size in Luban. When you want a print with impeccable details, print the shell at a lower speed with the 0.2 mm-nozzle hot end, so it's not only sturdy but looks fine on the outside. And when you want speed for a model that's rich in support structure, print the infill with 0.6 or 0.8 mm-nozzle hot end, because they are way quicker.
Wall: 0.2 mm Nozzle
Infill: 0.4 mm Nozzle
Printing Time: About 9.5 h
Infill: 0.4 mm Nozzle
Printing Time: About 9.5 h
Wall: 0.4 mm Nozzle
Infill: 0.4 mm Nozzle
Printing Time: About 8 h
Infill: 0.4 mm Nozzle
Printing Time: About 8 h
Wall: 0.4 mm Nozzle
Infill: 0.8 mm Nozzle
Printing Time: About 7.5 h
Infill: 0.8 mm Nozzle
Printing Time: About 7.5 h
Auto Levelling
Don't worry if you lose your calibration card because it's no longer needed. On your heated bed, from the first point to the last, the proximity sensor in the module obtains data for each of them and they will be automatically processed by the controller. No need to worry about Z height calibration either. Optoelectronic switch will do it for you.
Power-loss and Filament Run-out Recovery
In case you are wondering, power-loss and filament run-out recovery are also supported by Dual Extrusion Module. Follow the touchscreen and all manner of things shall be well.
Specifications
Dimensions (W × D × H)
108 mm × 70 mm × 133 mm
Package Dimensions (W × D × H)
279 mm × 254 mm × 177 mm
Frame Material
Aluminum alloy
Weight
1.0 kg
Package Weight
3.2 kg
A150 Work Area
145 mm × 145 mm × 105 mm
A250/A250T/F250 Work Area
230 mm × 240 mm × 190 mm
A250/A250T/F250 (Quick Swap) Work Area
230 mm × 225 mm × 175 mm
A350/A350T/F350 Work Area
320 mm × 330 mm × 285 mm
A350/A350T/F350 (Quick Swap) Work Area
320 mm × 315 mm × 270 mm
Flow
20 mm³/s
Nozzle Diameter (Standard)
0.4 mm
Nozzle Diameter (Optional)
0.2 mm, 0.6 mm, 0.8 mm
Nozzle Material (Standard)
Brass
Nozzle Material (Optional)
Hardened steel
Max. Nozzle Temperature
300°C
Max. Recommended Printing Speed
100 mm/s
Supported Materials[3]
PLA, ABS, ASA, PETG, TPU (Hardness ≥ 90 Shore A), Breakaway Support for PLA, PVA, HIPS, Nylon, Carbon Fiber Reinforced Nylon, Glass Fiber Reinforced Nylon
Supplied Software
Snapmaker Luban (Third-party software supported)
Input Voltage
24V DC
Operating Temperature
15°C–30°C
Supported File Formats
stl, obj
In the Box
Dual Extrusion 3D Printing Module × 1
Quick Start Guide × 1
Filament Holder Sheet × 1
Filament Holder Cap × 1
Filament Holder Tube × 1
Filament Tube × 2
Filament Tube Fixture × 1
Wiping Cloth × 1
Calibration Card × 1
Cable Clip × 2
Wire Brush × 1
M4 x 10 Hex Socket Head Screw × 5
T Nut × 1
Stainless Steel Stud Bolt × 1
M4 × 12 Hex Socket Head Screw × 4
Notes:
[1] Buy hot ends with a 0.2, 0.6, 0.8 mm diameter and 0.4 mm hardened hot end from our store. They are compatible with Dual Extrusion Modules for 2.0 and for Artisan.
[2] Note that without the Snapmaker Enclosure, the noise level when you put all fans at full speed, will be 55.6 dB; while with Snapmaker Enclosure, the noise level will be 42.3 dB.
[3] Hardened steel nozzle should be used when printing with nylon and reinforced nylon filaments.
[2] Note that without the Snapmaker Enclosure, the noise level when you put all fans at full speed, will be 55.6 dB; while with Snapmaker Enclosure, the noise level will be 42.3 dB.
[3] Hardened steel nozzle should be used when printing with nylon and reinforced nylon filaments.
Snapmaker Dual Extrusion
3D Printing Module
3D Printing Module
Double the Fun
3s Hot End Auto Switch
300°C
Dual Extrusion
Advanced
Materials Printing
Materials Printing
4-fan
Cooling System
Cooling System
Auto
Levelling
Levelling
Soluble & Breakaway Supports
10+ Combo of Materials
Dual extrusion is an acquired taste, one you will stick to once learned, because there are some things in 3D printing that a single hot end just doesn't quite cut it. A sophisticated print with fine details. A gadget that combines PLA and TPU. A dual color little thing that your kid has been dying to have.
PVA
Breakaway PLA
We all know what a pain removing support materials can be. Don't let it ruin your fun. Throw in a spool of water soluble PVA filament and watch your print emerge from water like the beauty it's meant to be. You can do the same with HIPS and breakaway support, with a little help of oil or none.
Multi-color Printing
People say less is more because less gives you style. But come on, who likes the monotonous when you have the colorful? A zebra printed black is just a lifeless toy, but it will spring to life when it's printed in black and glaring white. Give your prints a life, depth, and above all, meaning, with dual extrusion.
Quick-swap Hot Ends
Plus, with the hot end easily removable in 5 seconds, engineering materials such as PA-CF, PA-GF can be added to the picture as well. Luban will automatically recognize the hot end you use, and get printing parameters ready for use.[1]
All the Gears and Ideas
The 7.5:1 planetary gears transmit power from the motor with much greater torque, which allows us to use relatively small motors to achieve needed pulling force. Shedding unnecessary weight will in turn results in a much smaller vibration of the toolhead at the same rate of acceleration, thus keeping the same printing precision as the single extrusion module.
Single Extrusion Module
Dual Extrusion Module
Meanwhile, the 68-teeth gears with a 12 mm diameter allow for sufficient contact surfaces with the filament they are pulling in, applying steady force so your filament won't come out of the nozzle all beaten up. So back to the question: what's the other end of the equation? The answer is flawless extrusion with 20 mm³/s flow rate and high quality results.
Wanna Print Non-stop?
Keep It Cool.
Keep It Cool.
Now the second pain other than removing support, has to be picking filament debris out from a jammed nozzle. Well, hopefully you won't have to deal with it for a long time with Dual Extrusion Module.
Each of your hot end has a dedicated fan blowing much needed wind from a blower, preventing your filament from melting prematurely in the heat sink which invariably ends up clogging the hot end.
Also, if you are still caught up on that time when your overhang failed miserably on you, worry no more, because your overhangs will be cool this time. Another set of fans are located at the bottom right and left. They will keep your nozzles and prints cool. So whether you are printing a bold overhang, or with ABS/PA, dive in head first; you can adjust the fan speed later[2].
Great Hot Ends Work Async
Another question to answer is how do 2 hot ends work on 1 toolhead, seeing as how time-consuming switching can be on other dual extrusion printers. Initially we thought, why not lift the toolhead up and bump it against a level and there your hot end goes. That is untill we were appalled by the thudding sound it makes every time one hot end needs to be switched to the other.
So the classy and efficient way to do it, we decided, is to switch with a motor. When your g-code tells the motor it's time to change the hot end, the motor will ask the linear rail to do the heavy lifting. Then the hot end gets changed, and the printing continues. This is done within 3 seconds, with a repeatability of 0.012 mm.
So the classy and efficient way to do it, we decided, is to switch with a motor. When your g-code tells the motor it's time to change the hot end, the motor will ask the linear rail to do the heavy lifting. Then the hot end gets changed, and the printing continues. This is done within 3 seconds, with a repeatability of 0.012 mm.
Get Smart with Various
Nozzle Sizes
Nozzle Sizes
To make smarter use of nozzles, you can tune your settings a bit more with each nozzle size in Luban. When you want a print with impeccable details, print the shell at a lower speed with the 0.2 mm-nozzle hot end, so it's not only sturdy but looks fine on the outside. And when you want speed for a model that's rich in support structure, print the infill with 0.6 or 0.8 mm-nozzle hot end, because they are way quicker.
Wall
0.2 mm Nozzle
Infill
0.4 mm Nozzle
Time
About 9.5 h
Wall
0.4 mm Nozzle
Infill
0.4 mm Nozzle
Time
About 8 h
Wall
0.4 mm Nozzle
Infill
0.8 mm Nozzle
Time
About 7.5 h
Auto Levelling
Don't worry if you lose your calibration card because it's no longer needed. On your heated bed, from the first point to the last, the proximity sensor in the module obtains data for each of them and they will be automatically processed by the controller. No need to worry about Z height calibration either. Optoelectronic switch will do it for you.
Power-loss and Filament Run-out Recovery
In case you are wondering, power-loss and filament run-out recovery are also supported by Dual Extrusion Module. Follow the touchscreen and all manner of things shall be well.
Specifications
Dimensions (W × D × H)
108 mm × 70 mm × 133 mm
Package Dimensions (W × D × H)
279 mm × 254 mm × 177 mm
Frame Material
Aluminum alloy
Weight
1.0 kg
Package Weight
3.2 kg
A150 Work Area
145 mm × 145 mm × 105 mm
A250/A250T/F250
Work Area
230 mm × 240 mm × 190 mm
A250/A250T/F250
(Quick Swap) Work Area
230 mm × 235 mm × 175 mm
A350/A350T/F350
Work Area
320 mm × 330 mm × 285 mm
A350/A350T/F350
(Quick Swap) Work Area
320 mm × 315 mm × 270 mm
Flow
20 mm³/s
Nozzle Diameter (Standard)
0.4 mm
Nozzle Diameter (Optional)
0.2 mm, 0.6 mm, 0.8 mm
Nozzle Material (Standard)
Brass
Nozzle Material (Optional)
Hardened steel
Max. Nozzle Temperature
300°C
Max. Recommended
Printing Speed
100 mm/s
Supported Materials[3]
PLA, ABS, ASA, PETG, TPU (Hardness ≥ 90 Shore A), Breakaway PLA, PVA, HIPS, Nylon, Carbon Fiber Reinforced Nylon, Glass Fiber Reinforced Nylon
Supplied Software
Snapmaker Luban
(Third-party software supported)
Input Voltage
24V DC
Operating Temperature
15°C–30°C
Supported File Formats
stl, obj
In the Box
Dual Extrusion 3D Printing Module × 1
Quick Start Guide × 1
Filament Holder Sheet × 1
Filament Holder Cap × 1
Filament Holder Tube × 1
Filament Tube Fixture × 2
Filament Tubet × 1
Wiping Cloth × 1
Calibration Card × 1
Cable Clip × 2
Wire Brush × 1
T Nut × 1
M4 x 10 Hex Socket Head Screw × 5
Stainless Steel Stud Bolt × 1
M4 × 12 Hex Socket Head Screw × 4
Notes:
[1] Buy hot ends with a 0.2, 0.6, 0.8 mm diameter and 0.4 mm hardened hot end from our store. They are compatible with Dual Extrusion Modules for 2.0 and for Artisan.
[2] Note that without the Snapmaker Enclosure, the noise level when you put all fans at full speed, will be 55.6 dB; while with Snapmaker Enclosure, the noise level will be 42.3 dB.
[3] Hardened steel nozzle should be used when printing with nylon and reinforced nylon filaments.
[2] Note that without the Snapmaker Enclosure, the noise level when you put all fans at full speed, will be 55.6 dB; while with Snapmaker Enclosure, the noise level will be 42.3 dB.
[3] Hardened steel nozzle should be used when printing with nylon and reinforced nylon filaments.
