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Phaetus VORON Dragon HF Hotend
Phaetus VORON Dragon HF Hotend
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Phaetus Dragon Hot-End UHF - High Flow Hot-End for high-temperature printing
Product description
The Phaetus Dragon Hot-End UHF offers outstanding performance for high-temperature and fiber filament printing. Featuring excellent thermal insulation, high temperature resistance, and an ultra-thin heatbreak, this hot-end delivers maximum precision and speed. It's the optimal choice for all common V6 interfaces and offers outstanding compatibility with a wide range of filaments, including abrasive and composite materials.
Technical data
Features Description Nozzle Size Coated copper nozzle 0.4mm/1.75mm Size 26.3mm*19.0mm*45.5mm Material Processes Highly conductive copper alloy, hardened hexahedral steel Color Voron Red Weight Voron ST 44.17g Compatible Materials PLA, ABS, PETG, TPU, PP, PC, Nylon, PEEK, PEI, composite filaments with abrasive additives such as carbon fiber, steel, wood, boron carbide, tungsten and phosphorescent pigments Accessories Screws, silicone grease, brass sleeve, Allen key Maximum temperature resistance Up to 500°C
Features & Benefits
- Ultra-thin heatbreak : With only 0.1 mm wall thickness for excellent thermal insulation and fewer blockages.
- Excellent heat distribution : Copper alloy ensures rapid heating and efficient heat dissipation.
- One-handed nozzle change : The robust structure allows you to change the nozzle without touching the heating block.
- High filament compatibility : Supports all common thermoplastic and fiber-reinforced filaments.
- Modular design : Flexible design for seamless integration into a variety of FDM 3D printers.
Why you should buy this product
This hot end is ideal for users who want to create demanding prints with high temperatures and specialized filaments. With the ability to seamlessly switch between different flow rates, it's ideal for projects that require precision and flexibility. Its robust yet flexible construction makes it a durable and reliable choice for professional 3D printing applications.
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