0.4MM Ceramic Hotend for Elegoo Centauri Carbon Hardened Steel Brass Nozzle Extruder Kit
0.4mm ceramic hotend upgrade for Elegoo Centauri Carbon. Hardened steel brass nozzle, superior heat stability. Prints PLA to abrasive filaments. Free DDP shipping.
- $19.99
$22.99- $19.99
- Unit price
- per
Subtotal:
$19.99
📦
Free Priority Shipping on ALL Orders!
Order will be shipped out in 1-3 business days once being processed.
Order will be shipped out in 1-3 business days once being processed.
10 customers are viewing this product
Couldn't load pickup availability
0.4MM Ceramic Hotend for Elegoo Centauri Carbon
Upgrade your Elegoo Centauri 3D printer with this premium ceramic hotend kit featuring a hardened steel brass nozzle. Engineered for superior heat distribution and long-lasting performance, this hotend delivers consistent, high-quality prints every time.
Key Features:
- Advanced Ceramic Technology - Superior heat retention and distribution for stable printing temperatures
- Hardened Steel Brass Nozzle - 0.4mm precision nozzle resists wear and handles abrasive filaments
- Perfect Compatibility - Designed specifically for Elegoo Centauri Carbon extruder system
- Enhanced Print Quality - Consistent temperature control ensures precise extrusion and layer adhesion
- Durable Construction - Premium materials built to withstand high temperatures and extended use
- Easy Installation - Direct replacement for stock hotend, straightforward setup process
- Versatile Filament Support - Works with PLA, ABS, PETG, TPU, and abrasive filaments
Why Upgrade to Ceramic Hotend?
Ceramic hotends offer superior thermal properties compared to standard aluminum hotends. The ceramic material provides excellent heat insulation, reducing heat creep and improving overall print quality. Combined with the hardened steel brass nozzle, this hotend can handle abrasive filaments like carbon fiber and glow-in-the-dark materials without wearing down.
What's Included:
- 1x 0.4mm Ceramic Hotend
- 1x Hardened Steel Brass Nozzle
- Complete extruder kit for Elegoo Centauri Carbon
Specifications:
- Nozzle Size: 0.4mm
- Material: Ceramic hotend with hardened steel brass nozzle
- Compatible with: Elegoo Centauri Carbon
- Weight: 0.2kg
Upgrade your Elegoo Centauri today and experience professional-grade printing performance!
Free Shipping
Free shipping on all physical-product orders to supported destinations. Standard processing takes 3–7 days. Estimated transit after dispatch is 3–30 days, depending on destination.
Read the full Shipping & Delivery Policy.
Returns & Support
Eligible physical products may be returned under our 30-day voluntary return policy. For eligible change-of-mind returns, customers pay return shipping and a 20% restocking fee applies where permitted by law.
No restocking fee applies to confirmed faulty, damaged, or incorrect items caused by our error, or where prohibited by applicable consumer law. Your statutory rights remain unaffected.
Contact info@innocube3d.com before returning an item so we can provide the correct instructions.
Will installing this kit void my Bambu Lab A1 warranty?
SwapMod is designed to be non-destructive and fully reversible. It mounts using existing mounting points and does not require cutting wires or modifying the printer’s internal electronics or firmware. Warranty policies can vary by region/provider.
Does it work with the AMS Lite?
Yes. SwapMod operates independently of the filament system, so you can use it alongside AMS Lite for multi-color jobs and continuous batch printing.
Do I need to change the printer firmware?
No. No firmware changes are needed. The system is purely mechanical and triggered by specific G-code movements at the end of a print.
How long does installation take?
Most users can install SwapMod in about 10–15 minutes. A quick installation guide is included.
Is it compatible with the Bambu Lab A1 Mini?
This kit is designed for the standard Bambu Lab A1. Please check our store for A1 Mini compatible products.
What plates work best for reliable ejection?
For best results, start with a clean surface and a reliable first layer. For the highest ejection reliability in continuous printing, a low-drag plate/surface is recommended.
