Phaetus Dragonfly BMS/BMO Heatblock

The Phaetus Dragonfly BMS/BMO heat block is characterized by its high thermal conductivity and durability, ideal for demanding 3D printing projects. This spare part ensures even heat distribution and is compatible with a wide range of filaments, making it an essential accessory for any 3D printer.
41,00 €
Final price* , Free shipping
Description

Overview of the Phaetus Dragonfly BMS/BMO heat block

The Phaetus Dragonfly BMS/BMO heat block is specially designed for high precision and durability in 3D printing applications. This high-quality spare part ensures optimal heat conduction and distribution, resulting in improved print quality.

Design and material quality

The heat block is made of specially developed aluminum, which is known for its excellent thermal conductivity. The robust construction ensures reliable performance even under demanding conditions. Precise manufacturing guarantees a perfect fit with Phaetus Dragonfly BMS/BMO Hotends.

Installation and compatibility

Installation of the Phaetus Dragonfly heat block is straightforward and can be carried out without special tools. It is fully compatible with the Phaetus Dragonfly BMS and BMO hotend models, which allows flexible use in different printer models.

Technical specifications

  • Material: Highly conductive aluminum
  • Dimensions: 23 x 16 x 12 mm
  • Weight: 40 grams
  • Compatibility: Phaetus BMS/BMO hotends
  • Color: silver
  • Maximum operating temperature: 300°C
  • Thermal conductivity: Optimal
  • Assembly: Tool-free installation
  • Packaging: Safe and environmentally friendly
  • Product code: PHDBMSBMO

Fields of application

  • 3D printing of high temperature materials
  • Spare part for Phaetus Dragonfly 3D printers
  • Optimization of printing processes
  • Maintenance and upgrade of 3D printers
  • Professional and hobby 3D printing applications
  • Use in research and development
  • Teaching material in technical educational institutions
  • Prototyping in engineering and design
  • Production of precision parts
  • Experimental printing projects
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