The manufacturing process of this MK8 Nozzle started by electroplating the nozzle’s outer surface with 9th-generation nanodiamond crystals. After that, these are coated inside and out with a high-temperature non-stick polymer. This is one of the Nano Diamondized™ Nozzles Series that changed the 3D Printing Industry.
This Nano Diamondized™ Printing Nozzle has been tested by measuring the extrusion activity. These printing nozzles show no change throughout the lifecycle of the nozzle. With minimal temperature drifts, this type of nozzle exhibits better thermodynamics. The MK8 is characterized by less stringing, clogging, less drag, and smoother printing processes.
The maintenance of this printing nozzle is easy. Clean the hot end with a paper towel after use, and avoid contact after immediate printing.
Nozzle Sizes
| Type of Nozzle | Sizes |
| MK8 | 0.4mm |
| MK8 | 0.6mm |
| MK8 | 0.8mm |
MK8 Nozzle Notes
The MK8 Nozzle also uses the M6 threading size. This means an MK8 nozzle can be used with an MK6 extruder and vice versa. You can check the size of the threads of your nozzles by using some simple calipers which are a necessary part of the 3D printing tool kit.
3D printers such as Ender 3 (Pro or V2) uses an MK8 hot-end type known for its simple design and open-source nature. The brass nozzle on the Ender 3 (Pro / V2) has a nozzle diameter of 0.4 mm.
This printer nozzle is constructed on a chamfered design, which reduces resistance, and avoids clogs or adhesion issues.
MK8 Nozzle Internal structure is rounded and smooth which can reduce filament resistance and avoid blocking or clogging.
MK8 Nozzle is built with a tight connector to the hotend that will prevent the leakage from the nozzle tip.
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