Efficient dual printing system
DCH Head
The DCH head is structured with two cone shaped nozzles. When the nozzle attaches to the block, the wide surface area enables fast heating. If the nozzle is replaced, the new nozzle prints at the exact same position.
Efficient dual printing system
Advanced Dual Printing
Dual printing lets materials overcome their limits and be a piece of a combined unit. A rigid material, for instance, can combine with a flexible material and become part of a new integrated piece. Plus, oil-free motion pieces can join in a linear motion piece with no need for a bearing. You can make a much more diverse array of pieces with whatever combination of parts you need.
Clean and fast tool change
Purge-box
Wipe towers are one of the most frustrating aspects of Dual FFF 3D printers. Wipe towers are used to purge oozing materials in the nozzle, which can be deformed from the heat. They’re essential, but time-consuming. They can also collapse in the middle of your print.
Efficient material management
Dry-box
Wipe towers are one of the most frustrating aspects of Dual FFF 3D printers. Wipe towers are used to purge oozing materials in the nozzle, which can be deformed from the heat. They’re essential, but time-consuming. They can also collapse in the middle of your print.
High-efficiency
HEPA-Carbon filter
The high-efficiency H13 active carbon composite filter is even more effective at filtering harmful substances. No matter which material you’re printing, LUGO G3 filters the vast majority of precipitated gas.
FFF
DCH Dual
190 x 165 x 180 / 15kg
457 x 370 x 532
12.5, 12.5ㅡ, 20 micron
up to 200mm/s
up to 20mm^3
G3 : up to 285C / G3 HT : up to 400C
G3 : up to 130C / G3 HT : up to 165C
Gauge assisted leveling
Spring dual plate (PEI side, Carbon side)
LUGO cura
Carbon + Hepa filter
1.75mm Filaments up to 285C / 400C
Printing Type
Printing Head
Build Volume(WxDxH)
Machine Size(WxDxH)
Positioning Resolution
moving Speed
Printhing Speed
Nozzle temperature
Bed temperature
Leveling
Platform
Slicing Software
Filter type
Supported Materials
