The FluxHeat hotend is specifically designed as a direct replacement for the P1 printer’s original hotend, offering superior efficiency and stability for your 3D printing needs. Its exceptional performance is highlighted by the following features:

1. Efficient Heating and Continuous Output

Equipped with the same high-power ceramic heating element as the A1 model, the FluxHeat hotend delivers up to 96W of power with a larger heating area for better efficiency and durability. While the original hotend struggles to maintain 270°C at a flow rate of 20mm³/s, the FluxHeat hotend effortlessly sustains 270°C even at a flow rate of 35mm³/s.

2. Upgraded Extended Heating Block

The high-precision CNC-machined nickel-plated copper heating block features an internal finish of 0.4μm, ensuring superior thermal conductivity. With an extended heating length of 35mm compared to the original 24mm, the FluxHeat hotend boosts flow rates from the original 20-22mm³/s to over 35mm³/s, significantly enhancing printing efficiency and quality.

3. Enhanced Compatibility with V6 Nozzles

The FluxHeat hotend supports standard V6 nozzles, making replacement and upgrades simple. This compatibility allows you to easily switch to high-performance nozzles for diverse printing needs.

4. Optimised Heat Break Material

Made with aerospace-grade wear-resistant materials, the heat break reduces the risk of clogs and enhances the hotend’s longevity and stability.

5. Precision-Machined Heatsink

The CNC-crafted heatsink combines aesthetics with functionality. Its upward airflow design improves cooling efficiency for the extruder gears, prolonging the lifespan of your printer components.

6. Durable High-Temperature Silicone Sock

The reinforced silicone sock is designed to withstand prolonged use at temperatures up to 280°C, offering excellent durability and thermal stability.

7. Titanium Alloy Screw Columns

The titanium screw columns enhance the structural strength of the hotend, minimizing the risk of nozzle damage from collisions. They also enable one-handed nozzle replacement and reduce heat transfer to the heatsink, preventing thermal losses.

8. High-Quality Copper V6 Nozzle

Paired with precision-engineered copper V6 nozzles, the FluxHeat hotend ensures stable and efficient material flow, guaranteeing top-notch print quality.

9. High-Performance Thermal Paste

The included thermal paste offers a thermal conductivity of 3.0W/m·K and a stable operating range from -50°C to 350°C, ensuring efficient heat dissipation and improved hotend reliability over extended use.

The FluxHeat hotend, built with precision engineering and premium materials, delivers unparalleled performance and versatility, making it the perfect choice for demanding 3D printing applications.