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Kobra 2 Bi-Metal Heatbreak,Upgrade Kobra 2 Neo Copper+Titanium Alloy All Metal BiMetal Heat Break for Kobra 2/Kobra 2 Max/Kobra 2 Pro/Kobra 2 Plus/Kobra 2 Neo 3D Printer Hotend.(1PC)

KWD 5.500
Brand
Newwish
Weight
21 g
– 1 +

Special Features

  • Bi-Metal Structure: This is a branch design of the bimetal HEATBREAK. The front end of the Kobra 2 Bi-Metal Heatbreak is made of high-quality GRADE5 titanium alloy and the rear end is made of copper alloy material. We use a special process to hold them firmly together. You don't need to worry about it being damaged.
  • Heat Insulation Good: Titanium alloy reduces heat upward conduction at the heating position, and copper for heat dissipation to accelerate heat conduction.High overall heat insulation performance,High temperature resistance, high wear resistance, high hardness and long service life.
  • Prevents Clogs and Leaks: Compared to competitive products, the inner wall of the tube is smoother and burr-free. (reduces the chance of filament clogging). The interface is smoother and more precise.(it can effectively prevent filament leakage).
  • Improve Printing Efficiency: 450℃-rated Bi-Metal Heatbreak melts filament faster and conducts 60% less heat across the Break Zone than standard heatbreak,which reduce heat loss, greatly improve printing efficiency.
  • Prevent Thermal Creep: This structure can reduce the temperature fluctuation of the hotend and make the hotend more stable And reliable so as to reduce the occurrence of thermal creep to improve the printing quality and can effectively prevent the clogging problem caused by thermal creep. Compatible with Original Kobra 2/Kobra 2 Max/Kobra 2 Neo/Kobra 2 Pro/Kobra 2 Plus 3D Printers.

Description

After sales guarantee: each defective item can be replacement for free or refund.
If any question, please feel free to contact us, Newwish is committed to providing you with the best service!

Packing List:
Kobra 2 Bi-Metal Heatbreak X 1
For 1.75mm Filament

NOTE:
We found that many customers do not know how to properly install the nozzle.
Remember the core issues in the installation process.
Just make sure your nozzle and HEAT BREAK front end are tight and sealed. Otherwise, the melted consumables will leak along the screw holes.

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