Phaetus Dragon Hotend UHF
For all V6 hotend interfaces, Prusa i3 MK3/MK3S printers & Titan and BMG extruders
£92.99
(Price shown includes 20% VAT. - Excludes delivery costs)
Features & Advantages
- Ultra-high-speed printing
- Thin titanium alloy heatbreak
- Nozzle change with one hand
- High filament compatibility
- Incl. 0.4 mm plated copper nozzle
Item no.: PH-A198-02A-15-03, Content: 1 pc, EAN: 6973090162580
Product information & technical details
Item no.: | PH-A198-02A-15-03 |
---|---|
Manufacturer No.: | A198-02A-15-03 |
Manufacturers: | Phaetus |
Content: | 1 pc |
Product types: | Hot-Ends |
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Filament Diameter: | 1,75 mm |
Description
The Phaetus Dragon Hotend UHF has numerous features that make it ideal for high temperature and fibre filament printing.
It is compatible with all V6 hotend interfaces, Prusa i3 MK3/MK3S printers, Titan and BMG extruders.
Ultra-high-speed printing
The extended copper-alloy heater block is matched with an extended nut that allows for ultra-high extrusion throughput of up to 70.5 mm³/s.
Ultra-thin titanium alloy heatbreak
A thin-walled heatbreak with only 0.25 mm wall thickness and high wear resistance ensures excellent thermal insulation and less clogging.
Nozzle change with one hand
The titanium alloy screws have low thermal conductivity and enable one-handed nozzle changes.
Various flow rates - Seamless changeover
Switching between different flow rates does not require nozzle swapping, making it convenient and cost-effective.
High filament compatibility
The hotend is compatible with all thermoplastic filaments including but not limited to typical fibre composite filaments such as PLA, ABS, PETG, TPU, PP, PA, PEEK, PEI and PLA-CF, ABS-CF, PETG-CF, PA-CF/ GF, as well as composite filaments such as steel, wood, boron carbide, tungsten and fluorescent filaments.
Size: 81.6*24.5*22.3mm
Weight: 61.2g
Questions & Answers about Phaetus Dragon Hotend UHF
Customer Reviews
English reviews written for Phaetus Dragon Hotend UHF
Did you know?
The most popular technology used for 3D printing is FDM (Fused Deposition Modelling). A heated nozzle (hot-end) melts the plastic wire, layering the melted parts.
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