The MDPE10 extruder outputs 10lbs per hour, five times more material than the MDPH2 extruder. This higher output allows for shorter print times and wider wall thicknesses in a single pass. The MDPE10 has three more heat zones, for a total of 4 zones, and a 24:1 L/D ratio swappable extruder screws. To meet the demands of the polymer processing characteristics, five screws have been designed for the job. The zones and longer screw melt, pressurize, and output polymer more consistently during large format 3D printing.
Click here to download the MDPE10 product overview.
Specifications
- Temperature Max: 450°C - 1000 Watt Total Heating Power
- 4 Heat Zones
- Power Input: 200~255 VAC @ 50/60 Hz ±5%
- High Performance, High-Pressure Screw
- High Power Motor
- 12.7 pound per hour output with LX175 PLA
- Wide Range of Materials - ABS, PLA, HIPS, PETG, more materials being tested
- Material Input Size - Up to 1/8in diameter, with an angle of repose less than 30°
- Low Weight ~ 30.5 lbs (13.84kg)
References
-
MDPE10 STEP Model - Zipped File
- MDPE10 Operations Manual
- MDPE10 Public Dimensions
- MDPE10 Wiring Diagram - Connector Version (Previous Style)
- MDPE10 Wiring Diagram - Direct Wire Version (New Style)
- MDPE10 Included Motor and Controls
What is in the box:
- MDPE10 Pellet Head
- 2 Nozzles - Predrilled to 1.5mm
- 10ft Power and Control Wire
- Motor Power and Control Wire
- Motor Driver
- Temperature Controller PIDs - QTY 4 - 1/16 DIN panel mount single loop PID Temperature controllers and 35mm DIN rail mounted supporting components which the user is expected to provide an enclosure for.
- Mounting MDPE10 particle extruder to CNC or robotic arm
- Wiring in temperature heat zones, K-probe, and heater PID loops
- Wiring system into CNC or robotic arm controller
-
Hopper feed/pellet loading - MDMCU addon option
- Provide 25 Watts of 24VDC power and a minimum of 1800 Watts of 1-phase: 200~255 VAC @ 50/60 Hz ±5% power.
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Endless Capabilities
MDPE10
The MDPE10 extruder can output up to 10 lbs of material per hour. Its impressive specs coupled with its extreme flexibility make it a highly capable contender for advanced printing in additive manufacturing.