Black Friday Hotend

Product Features

Perfect Fit for QIDI Plus4
Direct replacement, no firmware changes or custom brackets needed.

Durable EndCoat Nozzles
Wear-resistant coating for abrasive filaments like carbon fiber and wood-filled PLA.

High-Speed Printing Support
Smooth extrusion up to 30mm³/s for faster and more stable printing.

Multiple Nozzle Sizes
0.2 / 0.4 / 0.6 / 0.8mm options for both fine details and large prints.

Up to 370°C Temperature Resistance
Compatible with PLA, PETG, ABS, and composite filaments.

Product Feature

Precision Fit for Bambu Lab P2S&X2D&H2D&H2S&H2C&A1
Specially designed hotend upgrade for Bambu Lab P2S&X2D&H2D&H2S&H2C&A1,Pre-installed with a 0.4mm/0.6mm nozzle optimized for 1.75mm filament (PLA, ABS, PETG, TPU, and Composite Materials). 

Heavy-Duty Silicon Carbide (SiC) Wear Resistance
Engineered with an integrated Silicon Carbide (SiC) nozzle and an EndCoat™-treated heatbreak for extreme abrasion resistance. Ideal for printing abrasive engineering materials, including Carbon Fiber (CF), Glass Fiber (GF), and glow-in-the-dark filaments. 

High-Temperature Performance (Up to 320°C)
High-grade thermal components rated for continuous high-temp printing up to 320°C. Usable printing temperature depends on printer firmware limits, thermistor performance, heater capacity, and specific filament thermal requirements.

Cost-Effective OEM Component Reuse
Assembly includes the hotend only. Designed to easily reuse original Bambu Lab heater cartridges and thermistor sensors—inspect existing components for wear before reinstalling into the new assembly.

Easy Installation & Slicer Calibration
Ensure the printer is completely powered off and cooled down before servicing. Follow recommended torque specifications, select the nozzle profile in your 3D slicer (Bambu Studio / OrcaSlicer), and complete extrusion test and first-layer calibration before initial use.

Integrated nozzle design
Integrated nozzle design minimizes connection points, reduces the risk of leakage, and enhances structural stability and reliability.

Product Feature

50mm³/s Maximum Flow – Print Up to 25% Faster
Take your printing performance to the next level with a maximum flow rate of 50mm³/s, up to 25% higher than the stock hotend. Reduce printing time and improve production efficiency without compromising extrusion consistency.
The precision-machined internal flow channel features a surface roughness of Ra ≤ 0.2μm, helping achieve smoother filament flow, reduce material residue, and deliver stable extrusion even during high-speed printing.

EndCoat Wear-Resistant Coating – Up to 2.5× Longer Service Life
Built for demanding abrasive filament applications, the Conch Hotend features Phaetus proprietary EndCoat coating technology, with a surface hardness of up to HV3300.
The advanced coating enhances wear resistance on both the nozzle tip and heatbreak throat, making it suitable for abrasive materials such as carbon fiber-filled, glow-in-the-dark, and wood-filled filaments.
With up to 2.5× longer service life compared with standard components, the EndCoat nozzle helps reduce replacement frequency and maintenance costs.

30-Second Quick-Swap Nozzle – Easy, Tool-Free Replacement
Switch between different printing requirements with the convenient M4 quick-swap nozzle system. Replace the nozzle in as little as 30 seconds without replacing the entire hotend.

Easy Installation – Reliable, Leak-Resistant Performance
Designed for Bambu Lab P2S and X2D compatibility, the Conch Hotend offers a straightforward installation process.

Detachable nozzle design
Features swappable M4 nozzles, allowing you to switch between different nozzle materials based on your specific needs.

Product Features

Compatible with Flashforge Adventurer 5M / 5M Pro

High-Flow 43mm³/s Printing Performance

30-Second Quick-Swap Nozzle

EndCoat Wear-Resistant Coating

Up to 2.5× Longer Nozzle Life

Improved Cooling to Reduce Clogs

Plug-and-Play Installation

Product Features

High-Flow 3D Printing
Supports up to 50mm³/s volumetric flow and delivers up to 25% higher flow rate, enabling faster printing speeds while maintaining consistent melt flow and print quality.

Ultra Wear-Resistant Coating
EndCoat™ ultra wear-resistant coating delivers up to 2.5× longer service life, providing excellent durability for abrasive filaments and demanding 3D printing applications.

500°C High-Temperature Performance
Built with a 500°C copper heat block for excellent thermal conductivity and reliable high-temperature printing with a wide range of engineering and high-performance filaments.

Stable Extrusion & Clog-Resistant Cooling
A ceramic thermal barrier and advanced cooling system help maintain stable extrusion temperatures, reduce heat creep, and minimize nozzle clogs during long prints.

Ultra-Smooth Inner Bore
With an Ra ≤ 0.2μm smooth inner bore, the hotend provides a smoother filament path, more consistent extrusion, and improved printing stability with reduced friction.

Detachable nozzle design
Features swappable M4 nozzles, allowing you to switch between different nozzle materials based on your specific needs.

Product Features

High-Flow Performance – Up to 30 mm³/s
Unlock faster 3D printing with the Phaetus Conch Hotend designed for Bambu Lab X1, X1C, X1E, P1P, and P1S printers. Delivering a maximum volumetric flow rate of up to 30 mm³/s, it supports efficient, high-speed printing while maintaining consistent extrusion quality. The precision-machined internal bore features a surface roughness of Ra ≤ 0.2 μm, promoting smooth filament flow and helping reduce material residue buildup.

EndCoat Wear-Resistant Nozzle – Up to 2.5× Longer Service Life
Built for abrasive filament printing, the Conch Hotend M4 features Phaetus proprietary EndCoat coating technology, with a reported hardness of HV 3300. Designed to resist wear from demanding composite materials, the nozzle has been tested with 10 kg of PA-CF filament. Compared with standard hardened steel nozzles, EndCoat helps extend nozzle service life by up to 2.5×, supporting more consistent extrusion over extended printing sessions.

Broad Material Compatibility
Expand your material options with a hotend designed for versatile 3D printing applications. The Conch Hotend M4 supports common filaments such as PLA, PETG, ABS, and TPU, as well as abrasive composites including carbon-fiber-filled and glass-fiber-filled filaments. It can also be used with specialized materials such as metal-filled, wood-filled, and selected high-performance composite filaments, provided the material's processing requirements are within the hotend's specifications.

30-Second Nozzle Swap – Four Sizes for Different Applications
Switch nozzles in as little as 30 seconds with the convenient replaceable-nozzle design. Choose the right nozzle size for your printing needs:
0.2 mm: Fine details, miniatures, and precision models
0.4 mm: A versatile balance of detail, speed, and everyday performance
0.6 mm: Faster printing for functional parts and larger models
0.8 mm: Higher-throughput printing for large parts and rapid prototyping
Replace only the nozzle tip when needed instead of the entire hotend, helping simplify maintenance and reduce replacement costs.

Patented Rigid Kinematic Coupling – Enhanced Impact Protection
The patented rigid kinematic coupling secures the heater block and helps resist unwanted twisting during printing. In the event of a nozzle collision, this structural design helps reduce torque transfer to the delicate heat break, lowering the risk of deformation and component damage. Enjoy a more robust hotend design built for demanding, high-speed printing applications.

Detachable nozzle design
Features swappable PS (V6) nozzles, allowing you to switch between different nozzle materials based on your specific needs.

Product Features

50mm³/s Maximum Flow – Print Up to 25% Faster
Experience faster and more efficient 3D printing with a maximum volumetric flow rate of 50mm³/s, up to 25% higher than standard hotends.
For Bambu Lab A1 Series printers, the Conch Hotend supports up to 40mm³/s, compared with the stock 33.25mm³/s flow rate, helping reduce printing time while maintaining consistent extrusion quality.
Its precision-machined internal flow channel features an ultra-smooth surface roughness of Ra ≤ 0.2μm, reducing filament friction and material residue buildup for smoother filament delivery and more stable extrusion.

EndCoat Wear-Resistant Coating – Up to 2.5× Longer Service Life
Print abrasive filaments with greater confidence. The Conch Hotend features Phaetus proprietary EndCoat™ wear-resistant coating, delivering surface hardness of up to HV3300.
The advanced coating enhances abrasion resistance on both the nozzle tip and heatbreak throat, making it suitable for demanding materials such as carbon fiber-filled filaments, glow-in-the-dark filaments, and wood-filled PLA.
With up to 2.5× longer service life compared with standard components, EndCoat helps reduce nozzle replacement frequency and maintenance costs while maintaining consistent printing performance.

Patented Rigid Kinematic Coupling – Anti-Twist & Impact Protection
Designed for greater structural stability, the Conch Hotend incorporates a patented rigid kinematic coupling system that securely locks the heater block in position.
This innovative anti-twist design helps protect the heatbreak from excessive torque and deformation. During accidental nozzle collisions, the structure helps manage impact forces and minimize stress on critical hotend components.

30-Second M4 Quick-Swap Nozzle – Flexible & Easy 
Replacement switch between different printing applications with the convenient M4 quick-swap nozzle system. The tool-free design allows nozzle replacement in as little as 30 seconds, making maintenance faster and easier.

Detachable nozzle design
Features swappable M4 nozzles, allowing you to switch between different nozzle materials based on your specific needs.

Product Features

Silicon Carbide (SiC) for Superior Wear Resistance
Built with a silicon carbide nozzle, the Conch Hotend® Plus SiC offers excellent resistance to abrasion and wear. It is designed for demanding printing applications and helps extend nozzle service life when working with abrasive materials.

Reliable and Consistent Extrusion
An optimized hotend design supports stable filament feeding and consistent extrusion, helping maintain dependable print quality across different printing tasks.

Designed for Abrasive Filaments
The wear-resistant SiC nozzle is suitable for abrasive filament materials, including carbon fiber-filled, glow-in-the-dark, and other composite filaments that can cause faster nozzle wear.

Direct Upgrade for Bambu Lab A1 Series
Specifically designed for Bambu Lab A1 and A1 Mini printers, the Conch Hotend® Plus SiC provides a convenient hotend upgrade without requiring a universal modification.

Integrated Nozzle Design
Integrated nozzle design minimizes connection points, reduces the risk of leakage, and enhances structural stability and reliability.

Product Features

Wide Compatibility
Designed for Bambu Lab X1 and P1 series printers.

Optimized High-Flow Performance
Delivers faster, smoother, and more stable extrusion for improved printing efficiency.

Dual Wear Protection
Combines a silicon carbide (SiC) nozzle with an EndCoat™-coated heatbreak for enhanced abrasion resistance.

Up to 7× Longer Service Life
Designed to last up to 7 times longer than conventional hardened steel nozzles, depending on filament and printing conditions.

Patented Kinematic Coupling
The rigid kinematic coupling system helps prevent heatbreak twisting and deformation, ensuring greater structural stability.

Integrated nozzle design
Integrated nozzle design minimizes connection points, reduces the risk of leakage, and enhances structural stability and reliability.