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# Less breakdowns with stronger parts | # Less breakdowns with stronger parts | ||
# Carbon fiber base plate eliminates breaking when removing prints | # Carbon fiber base plate eliminates breaking when removing prints | ||
# polished aluminum carriage guides | |||
# stainless steel journal bearings | |||
# printable heat resistant base plate | |||
# replace wood pieces with fiberglass | |||
# carbon fiber hardware | |||
# lexan print bed | |||
# ptfe print bed | |||
# peek print bed | |||
# zytel print bed | |||
# jesmonite framework | |||
# braided fiberglass tapes to replace the belts | |||
# carbon fiber framework | |||
# aluminum hardware | |||
# carbon fiber spool mount | |||
# heat resistant extruder end | |||
# copper alloy nozzle | |||
# two extruder ends to print epoxy for assemblies | |||
# marble base plate |
Revision as of 15:46, 3 December 2015
Composite Materials
Zmchenie (talk) 19:06, 1 December 2015 (PST)Zach Chenier
- Improves printer part strength
- Replace aluminum rods with carbon fiber rods
- Lighter and more durable printer so it can be more transportable
- Two nozzles for different materials (wood&glue)
- Improves print quality with lighter parts
- Less breakdowns with stronger parts
- Carbon fiber base plate eliminates breaking when removing prints
- polished aluminum carriage guides
- stainless steel journal bearings
- printable heat resistant base plate
- replace wood pieces with fiberglass
- carbon fiber hardware
- lexan print bed
- ptfe print bed
- peek print bed
- zytel print bed
- jesmonite framework
- braided fiberglass tapes to replace the belts
- carbon fiber framework
- aluminum hardware
- carbon fiber spool mount
- heat resistant extruder end
- copper alloy nozzle
- two extruder ends to print epoxy for assemblies
- marble base plate