Phaetus x Voron Dragon HF Hot End, 6973090161316
Description
123-3D UK
With the Phaetus x Voron Hotend ST, print your designs with a higher resolution. The hotend has an ultra-thin wall thickness of 0.1 mm, which ensures optimal thermal insulation. The integral frame ensures that you can easily change the nozzle without touching the heat block. The Phaetus x Voron Hotend ST has a supporting structure that keeps it intact under external force. The inside of the nozzle and the heat break has a rough inside. This causes the filament to move more evenly, resulting in higher resolution prints. Due to the copper alloy, the hotend heats up faster and there is better heat dissipation. Due to the longer melting zone of the Phaetus x Voron Hotend HF, your designs are printed faster. You can use this hotend for printing up to 500 degrees.
With the Phaetus x Voron Hotend ST, print your designs with a higher resolution. The hotend has an ultra-thin wall thickness of 0.1 mm, which ensures optimal thermal insulation. The integral frame ensures that you can easily change the nozzle without touching the heat block. The Phaetus x Voron Hotend ST has a supporting structure that keeps it intact under external force. The inside of the nozzle and the heat break has a rough inside. This causes the filament to move more evenly, resulting in higher resolution prints. Due to the copper alloy, the hotend heats up faster and there is better heat dissipation. Due to the longer melting zone of the Phaetus x Voron Hotend HF, your designs are printed faster. You can use this hotend for printing up to 500 degrees.
AmazonHeatbreak with an ultra-thin wall thickness as thin as 0.1 mm, creating excellent thermal insulation. The more rigid support structure guarantees the heatbreak remains intact under the impact of external force. The integral frame rigid structure makes nozzle replacement more convenient because the heatblock does not need to be grasped. The inner hole of the nozzle and heatbreak has a roughness of Ra 0.3, which allows a more smooth movement of the filament, resulting in higher resolution prints. The standard hotend and high-flow hotend have the same overall dimension, so they are fully interchangeable.