Feature:
1. [Compatible Models] These 3D printer nozzles can be seamlessly used with for QIDI X Max3, for X Smart3, for X Plus3 printers, enabling users to start printing with ease.
2. [Brass Material] Made with pure brass at the tip, these nozzles offer superior durability and resistance, especially when dealing with high abrasion filaments such as carbon fiber, glass, or metal filled filaments.
3. [Excellent Thermal Conductivity] Thanks to its brass body, these extruder nozzles ensure superb heat conduction from the heating block to the nozzle, allowing consistent and efficient 3D printing results.
4. [Funnel Shape Design] These brass nozzles feature carefully cut and polished funnel shape structure to avoid material accumulation in dead corners, thus minimizing the risk of carbonization and nozzle clogging.
5. [Universal Compatibility] Performs exceptionally well with high abrasion materials, no challenge for low abrasion materials like PLA, ABS, or Nylon.
Specification:
Item Type: 3D Printer Brass Nozzle
Material: Brass
Thread: M6
Specification: 0.4mm
Filament Diameter: 1.75mm
Application: for QIDI X Max3, for X Smart3, for X Plus3.
Package List:
5 x 3D Printer Brass Nozzle[Compatible Models] These 3D printer nozzles can be seamlessly used with for QIDI X Max3, for X Smart3, for X Plus3 printers, enabling users to start printing with ease.
[Brass Material] Made with pure brass at the tip, these nozzles offer superior durability and resistance, especially when dealing with high abrasion filaments such as carbon fiber, glass, or metal filled filaments.
[Excellent Thermal Conductivity] Thanks to its brass body, these extruder nozzles ensure superb heat conduction from the heating block to the nozzle, allowing consistent and efficient 3D printing results.
[Funnel Shape Design] These brass nozzles feature carefully cut and polished funnel shape structure to avoid material accumulation in dead corners, thus minimizing the risk of carbonization and nozzle clogging.
[Universal Compatibility] Performs exceptionally well with high abrasion materials, no challenge for low abrasion materials like PLA, ABS, or Nylon.
