IdeaFormer IR3-M/MT/MF Hotend Print Head For IR3&IR3 V1 Replace V5 V6 J-head

Description

IR3-M
Throat :Titanium Steel and brass,all metal
Heating block :Aluminum
Nozzle :Brass . (0.4/0.6/0.8/1.0mm)
Printing temperature :<400℃
Use for
IR3 or IR3 V1 printer ,it work for replace V5 V6 hotend J-head too.
Support printing filament:
PLA , SILK PLA, PETG, WOOD, ABS , ASA , Carbon fiber
Feature:
1.All-metal printing head, throat tube using titanium alloy and brass combined structure, can print high-temperature consumables.
2.Titanium alloy is more wear-resistant than ordinary metal, increasing service life;
3.Brass excellent thermal conductivity, make cooling better.
4.The titanium alloy throat tube uses a thin-walled structure at the junction of the heating block and the radiator to reduce heat conduction and isolate the high temperature of the heating block.
IR3-MT
Throat :Titanium Steel,Built in PTFE
Heating block :Aluminum
Nozzle :Brass . (0.4/0.6/0.8/1.0mm)
Printing temperature:<250℃
Suitable for IR3, IR3 V1 printers,,it work For Replace V5 V6 Hotend J-head too.
Support printing filament:
PLA , SILK PLA, PETG, WOOD, ABS
Feature:
Built-in PTFE tube, effectively reduce the plug, more smooth, suitable for printing low-temperature consumables
IR3-MF
Throat :Titanium Steel and brass,all metal
Heating block :Aluminum
Nozzle :Brass . (0.4/0.6/0.8/1.0mm)
Printing temperature:<400℃
Use for IR3 Printer ,It work For Replace V5 V6 Hotend J-head too.
Support printing filament:PLA , SILK PLA ,WOOD,PETG,ABS,ASA , Carbon fiber
Feature:
1.All-metal,throat tube using titanium alloy and brass combined structure,can print high-temperature filament;
2.Titanium alloy is more wear-resistant than ordinary metal, increasing service life
3.Brass excellent thermal conductivity, make cooling better
4. Thin-walled structure at the junction of the heating block and the radiator to reduce heat conduction and isolate the high temperature of the heating block
5.The heating block is fixed using two screws to increase structural strength but increase heat conduction.
Note:
Due to the poor strength of the thin-walled structure, please be careful when using and prevent breaking the thin wall of the throat