Advanc3D
Items 1 - 10 of 36
In stock
- 20x Nozzle
- 2x Heating block V6
- 2x angle wrenches
- 4x silicone sock
- 1x storage box
- 2x Heating block V6
- 2x angle wrenches
- 4x silicone sock
- 1x storage box
In stock
- 20x Nozzle
- 2x Heating block V6
- 2x angle wrenches
- 4x silicone sock
- 1x storage box
- 2x Heating block V6
- 2x angle wrenches
- 4x silicone sock
- 1x storage box
Best sellers
Model: J-Head Hot End V5 - Nozzle: 0.4 mm - Filament: 1.75 mm - 12V/24V 40W cartridge heater depending on variation - NTC Thermistor 100k - Connector JST-2.54!
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- Model Short-Distance J-Head V6 lite Hot End
- More compact design
- Improved temperature control and cooling
- Nozzle diameter 0.4 mm
- Filament suitability 1.75 mm
- More compact design
- Improved temperature control and cooling
- Nozzle diameter 0.4 mm
- Filament suitability 1.75 mm
In stock
Including heating block and throat (full metal verion). Thread M6, Extra long melt zone, For higher printing speeds and greater outflow, Filament suitability 1.75 mm.
In stock
Including heating block and throat (full metal verion). Thread M6, Extra long melt zone, For higher printing speeds and greater outflow, Filament suitability 1.75 mm.
In stock
PTFE - 1.75mm - Natural - Operating temperature: 250°C - Max. temperature: 300°C - Melting point: 330°C - For Ultimaker 2, Ultimaker 2+, Extended
In stock
Throat for 3D printer, material - titanium Ti-5Al-2.5Sn, filament diameter - 1.75mm, length - 20mm, heel - with heel, heater block side - M6, cold end side - 6.9mm.
In stock
The neck screw of your 3D printer provides the optimal heat dissipation from the heating block into the coldend? If your filament often "jams" in the throat, it may be because the processing and thermal conductivity is not optimally matched to your printing process.
In stock
Throat Neck Screw CR10 Titanium Copper Neck Screw Throat M6*27.5mm 1.75mm Filament Heel Solid Metal The neck screw of your 3D printer ensures optimal heat dissipation from the heating block into the coldend? If your filament often "jams" in the throat, it may be because the processing and the thermal conductivity is not optimally matched to your printing process.
Items 1 - 10 of 36