Description

SPECIFICATIONS

Assembly Required: no

Brand Name: JUUPINE

Choice: yes

Control Method: Others

High-concerned chemical: none

Item Shape: Rectangular

Item Type: Hot End

Model Number: Kobra s1

Origin: Mainland China

semi_Choice: yes

Upgrade Nozzle Wiper For Kobra S1 nozzle Silicone Brush For Kobra S1 Upgrade Hotend Cleaner Double Cleaning Power

【High-Quality】This nozzle brush is made of silicone, durable and heat-resistant to clean and protect the hotend from wear and tear
【Enhanced Printing Quality】Regular use of the nozzle silicone brush results in more precise layer adhesion,finer surface finishes,fewer defects and higher print quality
【Easy to Use】This cleaning tools can be easily installed ,1-second install -just snap it on!
【Cost Saving】Heatbed Nozzle Wiper Cleaning Tool prevents hotend wear and clogging,reducing frequent accessory replacement and overall printing costs
【Compatibility】Nozzle Silicone Brush ONLY compatible with the Anycubic Kobra s1 / kobra s1 combo

Ceramic Hotend

【Upgraded Ceramic Hotend】The ceramic heating ring equipped on the hot end not only improves the heating speed, but also achieves more uniform heating. In addition, it also has excellent insulation, high temperature resistance, and excellent prevention of corrosion and wear.

【Upgraded Silicone sock】The silicone sock is resistant to high temperatures up to 350°C. The gorgeous green silicone sock provides you with an additional personalized choice for your printer.

【Compatible Printer】Fit for Anycubic Kobra S1/Kobra S1 Combo 3D Printer. Please confirm your 3D printer model before ordering.
【Support Filament】The upgrated ceramic hotend is compatible with a variety of 1.75mm filament materials, including PLA, ABS, PETG, TPU, and Wood.

PID Calibrating

When calibrating the PID of our upgraded Ceramic Hotend S1, an error may occur. This is because we have upgraded the heating element from a traditional heating rod to a ceramic heating plate—its heating efficiency has been significantly improved, which exceeds the optimal range of the original heating rod algorithm, leading to the error. For this product, PID calibration is not necessary. Instead, you can print by appropriately increasing the printing speed or lowering the printing temperature.