V6 All-metal Hotend Kit

High-temperature printing enthusiasts and CoreXY builders often face clogging and stringing issues with stock hotends, limiting material choices and print quality. Without an all-metal hotend, users risk frequent jams and under-extrusion when printing advanced filaments.

This V6 All-metal Hotend Kit from TriangleLab is designed for reliable, high-temperature 3D printing, compatible with popular builds like Voron 2.4, Trident, and other CoreXY systems. The kit includes a 0.4mm brass V6 nozzle, stainless steel heatbreak, aluminum heat block, 3010 fan with bracket, 50W 24V heater cartridge, thermistor, and silicone sock for thermal stability. This 3D printer hotend upgrade enables printing a wide range of filaments with reduced stringing and clogging, making it ideal for users upgrading from PTFE-lined hotends or seeking better thermal performance.

Why Upgrade?

• Enables printing high-temperature and abrasive filaments without PTFE liner degradation
• Reduces stringing and clogging common in stock hotends on Voron 2.4 and Trident printers
• Improves thermal stability with stainless steel heatbreak and silicone sock
• Supports reliable printing in CoreXY and Klipper ecosystems requiring consistent extrusion
• Compatible with 1.75 mm filament, standard in most advanced 3D printer builds

Best For:

• Voron 2.4 and Trident builders upgrading to all-metal hotends for high-temp printing
• CoreXY users seeking improved extrusion reliability and filament compatibility
• Klipper ecosystem enthusiasts requiring precise thermal control and reduced jams
• Users replacing PTFE-lined hotends to print abrasive or high-temp materials
• DIY 3D printer builders assembling custom CoreXY or Cartesian machines

Pair With the Right Filament

This all-metal hotend kit unlocks the potential of advanced filaments by providing stable high-temperature extrusion.

• ABS Filament — ideal for durable, heat-resistant prints enabled by all-metal hotends
• Nylon Filament — print tough, flexible parts without PTFE liner degradation
• Carbon Fiber Filament — abrasive filament printing supported by stainless steel heatbreak