Feature:
1. Versatile Compatibility: This nozzle is suitable for a wide range of for FDM materials including PLA, ABS, PETG, TPE, TPU, PC, as well as high temperature consumables like PEEK and PEKK.
2. Smoothly Interior: The smoothly inner wall of the nozzle with no burrs reduces friction and allows for smoother filament feeding, virtually eliminating clogs.
3. Accuracy Cutting Edge: This M6 3D printer nozzle kit enhances extrusion accuracy, promotes smoothly filament flow, and ensures clean, detailed prints.
4. High Heat Conductivity: The 3D printer nozzle kit has excellent thermal conductivity and hardness, ensuring excellent printing quality for your crafts.
5. Long Lasting Durability: The hard steel nozzle ensures long lasting durability and resistance to wear and tear, providing consistent printing performance over time.
Specification:
Item Type: Hardened Steel Nozzle
Material: Hard Steel
Screw Thread: M6
Specification: 1.75 0.4mm
Suitable for most for FDM materials such as PLA, ABS, PETG, TPE, TPU, PC, etc., as well as PEEK, PEKK and other high temperature consumables, PEL, PSU, PPSU, etc.
Suitable for: For K1, K1 Maximum, for Anycubic Vyper, for Kobra, for Sovol Sv06 Plus, for Sv07
.
Package List:
3 x 3D Printer NozzleVersatile Compatibility: This nozzle is suitable for a wide range of for FDM materials including PLA, ABS, PETG, TPE, TPU, PC, as well as high temperature consumables like PEEK and PEKK.
Smoothly Interior: The smoothly inner wall of the nozzle with no burrs reduces friction and allows for smoother filament feeding, virtually eliminating clogs.
Accuracy Cutting Edge: This M6 3D printer nozzle kit enhances extrusion accuracy, promotes smoothly filament flow, and ensures clean, detailed prints.
High Heat Conductivity: The 3D printer nozzle kit has excellent thermal conductivity and hardness, ensuring excellent printing quality for your crafts.
Long Lasting Durability: The hard steel nozzle ensures long lasting durability and resistance to wear and tear, providing consistent printing performance over time.
