Assembled hotend MINI/+

Ce produit est la hotend assemblée de remplacement pour l'Original Prusa MINI/+. Tous les composants répertoriés sont déjà assemblés ensemble.

This product is a clone set. The original Prus Mini does not have all the components assembled, so you need to assemble it yourself. Hotend Heatsink

BCZAMD Prusa Mini Assembled Hotend Kit Heat Break with Heatsink Heater Block V6 Nozzle 0.4mm Set for Prusa Mini Replacement Or DIY Parts

LulzBot Mini Aerostruder Hot End Kit

Prusa - Original Prusa MINI+ Semi-assembled 3D Printer – ProForged3D

Assembled hotend E3D for Prusa Mini and Mini+ 3D printer Botland - Robotic Shop

Overview The Hotend Heating Assembly is specially designed to support the quick swap design of the hotend. A quick clamping mechanism is used to secure the heater block and heating base, enabling easy separation of the thermal and electronic components of the hotend. The hotend heating assembly can heat the hotend up to 300°C and measure the real-time temperature of the hotend with the included thermistor. Installation Learn more about replacing the Hotend Heating Assembly on Bambu Lab Wiki.

Hotend Heating Assembly - A1 Series

STL file Prusa Mini / Mini+ Hotend Cooling Upgrade MK3S Reverse Style ⏪・3D printable design to download・Cults

Slice Engineering Prusa Mini Upgrade Kit

Tiertime Printer UP! plus2 box plus mini hotend nozzle heating block assembly kit heater cartridge Heating head New and in stock

This aluminum LulzBot Mini Aerostruder Hot End with thermistor harness is for replacing the existing Hot End after it gets too worn down.

LulzBot Mini Aerostruder Hot End Kit

Hotend Assembly for MP10 Mini - GigDigit

The nozzle assembly has been upgraded, you may receive a red or blue one. All fit the TINA2S Please feel free to use it. If there is any question

Hotend Kit for Tina2 S 3D Printers, TINA2S Mini 3D Printer Hotend Nozzle Assembly

The Complete Hotend Assembly - X1 Series is specially designed for the Bambu Lab X1 Series 3D Printers. The hardened steel nozzle (0.4mm/0.6mm/0.8mm*) is capable of printing engineering filaments like carbon fiber nylon, glass fiber nylon, etc.