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MINGDA Automotive Fused Deposition Modeling 3d Printer MD-400D Large Printing Size 400*400*400mm Tpu 3d Printer
MINGDA Automotive Fused Deposition Modeling 3d Printer MD-400D Large Printing Size 400*400*400mm Tpu 3d Printer
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SPECIFICATIONS
Build Material: ABS,TPU
Connectivity: Wired,Wifi,USB
Connector Type: Wifi
Filament Material: PLA PLA-CF PETG PETG-CF PC ABS ABS-GF Nylon TPU
Frame Material: stainless steel
Hot Bed material: PEI
Hot bed material: aluminum
Input Power: Wall Plug
Interface Type: WIFI USB SD card
Light of 3d printer: LED
Model number: MD-400D
Operating System: Windows OS
Plate Type: Flatbed
Plug Specification: AU Plug,EU Plug,Japan Plug,UK Plug,Us Plug
Print Speed: Up To 200 mm/s
Print Technology: FDM
Printer connectivity technology: USB,Wifi
Printing Speed: 500mm/s
Printing pipe: metal pipe
Printing size: 400*400*400mm
Supporting Material: PLA,ABS,PETG,PETG-CF,PLA-CF,PC,PET-CF,Nylon,TPU
Type: IDEX Industrial 3D Printer
application: 3D Model Printing
automatic grade: Automatic
brand name: MIGNDA
color page: Single Color
condition: New
dimension(l*w*h): 76*66*90cm
features: Rapid prototyping
filament diameter: 1.75 mm
place of origin: Guangdong, China
production capacity: 300 sets/month
usage: Bill Printer,Card Printer,Cloths Printer,Label Printer,Paper Printer,Tube Printer,3d printer and scanner 3d
voltage: 110V/220V
warranty: 1 Year
weight: 107

Version: |
MD-400D |
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Forming Technology: |
Fused Deposition Modeling (FDM) |
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Build Volume: |
400*400*400mm(15.75×15.75×15.75in)” |
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Max Printing Speed: |
300mm/s |
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Temperatures: |
Extruders 350°C( 662°F),Bed 110°C( 230°F) |
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Nozzle Diameter: |
0.4mm (0.6mm, 0.8mm optional) |
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Filament Campatibility: |
PLA、 TPU、PETG、PET-GF, PET-CF, PA12-CF,HtPA-GF, HtPA-CF |
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Platform: |
PEI |
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Layer Thickness: |
0.05-0.3mm |
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Support Software: |
Cura, Reptier-Host, Simplify3D |
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● Learn faster and iterate designs in hours and days, not weeks and months
● Avoid expensive, outsourced, and traditional slow production

● Slash lead times with on-demand production and avoid outsourcing logistics
● Reduce production and material costs of optimized tooling

● Speed up design iteration, product testing, and production
● Minimize outsourcing, external logistics, and supply chain dependence

● Produce on-demand to reduce inventory and warehousing
● Reduce lead times and get to market fast to stay ahead of the competition




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