Printer Parts Dragonfly

The hotend’s core parts are mainly composed of copper alloy, which has the advantage of better heat conduction.Overall high-temperature resistance up to 500 degrees.Heat sink and heat break adopt a conical surface fitting design.Close-fitting increases heat dissipation contact area.Low roughness of heat break.The inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.High printing precision, no filament plugging.

The hotend’s core parts are mainly composed of copper alloy, which has the advantage of better heat conduction.Overall high-temperature resistance up to 500°CHeat sink and heat break adopt a conical surface fitting design.Close-fitting increases heat dissipation contact area.Low roughness of heat break.The inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.High printing precision, no filament plugging.

The hotend’s core parts are mainly composed of copper alloy, which has the advantage of better heat conduction.Overall high-temperature resistance up to 500°CHeat sink and heat break adopt a conical surface fitting design.Close-fitting increases heat dissipation contact area.Low roughness of heat break.The inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.High printing precision, no filament plugging.

The hotend’s core parts are mainly composed of copper alloy, which has the advantage of better heat conduction.Overall high-temperature resistance up to 500°CHeat sink and heat break adopt a conical surface fitting design.Close-fitting increases heat dissipation contact area.Low roughness of heat break.The inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.High printing precision, no filament plugging.

Side Envelope Surface Fixed StructureHeat break kit adopts side envelope surface fixed structure stable and reliable with the possibility of quick replacement.Heat Break Wall Thickness 0.25mmExcellent heat insulation no filament blockingThe inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.Lengthened Nozzle DesignLarger melting cavity suitable for high flow and high-speed printingIntegrated Welded NozzleHigher-strength better sealing, free from leakageNozzles ChoicesIntegrated welded nozzle in hardened steel nozzle / plated copper nozzle Various types of nozzles are available for printing different filaments including wear-resistant and high

Side Envelope Surface Fixed StructureHeat break kit adopts side envelope surface fixed structure stable and reliable with the possibility of quick replacement.Heat Break Wall Thickness 0.25mmExcellent heat insulation no filament blockingThe inner hole roughness of the heat break ≤Ra0.3, which allow a smoother movement of filament.Lengthened Nozzle DesignLarger melting cavity suitable for high flow and high-speed printingIntegrated Welded NozzleHigher-strength better sealing, free from leakageNozzles ChoicesIntegrated welded nozzle in hardened steel nozzle / plated copper nozzle Various types of nozzles are available for printing different filaments including wear-resistant and high