A DIY High-Temp 3D Printer project designed by professionals to be a premium DIY FFF/FDM 3d printer
- Frame footprint - 500X520X750
- Print volume - 320X320X290
- Weight ~45Kg
- Option to print high temp materials up to 450C nozzle temp
- Fully automated bed leveling with triple independent Z using true bed leveling with a Maxwell coupling lifting the bed
- Inverted CoreXY allows for only 2 toothed idlers in the AB system VS 6 on the standard kinematics
- Easy access and simple belt tension on all 5 belts
- Stall-detection homing on all 2+3 XY+3Z axis
- Light tool-head riding on MGN9h X-axis
- All A, B and Z stepper motors all located outside the heated chamber
- Engineered insulation options for high level of safety and minimal thermal loss
- High end ACM Outer Paneling
- Double glazed polycarbonate window for inside viewing and good insulation
- Filament weight control by load-cell
- Dry-box temp control up to 70C
- Dry-box humidity sensor
- Chamber temp controls and display
- Dry-box temp control and display
- Dry-box humidity display
- Filament weight display
- High temp belts 9mm gates 2GT on all axis
- High quality idlers and other key components
- Solid frame with low center of gravity
- Seperate AC and DC systems
- Roy Berntsen - Lead Engineering Designer
- Mark Bridgewater - Mechatronics Design and Electronics
- Chris Lombardi - Design, Firmware and Advanced features
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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
