3D Printer Hotend for Bambu Lab A1 Mini/A1 with 0.4mm Hardened Steel Nozzle and Silicone Sock Cover, Extruder Print Head Kit Hot End Support High Temperature High Speed FDM 3D Printer Accessories
Color:
Hotend for A1/A1 mini 0.4mm
En stock
0.36 kg
Sí
Nuevo
Amazon
USA
- 3D Printer Hotend for Bambu Lab A1 Mini/A1 with 0.4mm Hardened Steel Nozzle and Silicone Sock Cover, Extruder Print Head Kit Hot End Support High Temperature High Speed FDM 3D Printer Accessories Specification: The hotend replacement kit Fit for Bambu Lab A1 Mini/A1 Nozzle working temperature: 10~300℃. Package Included: 1PC A1 Mini/A1 hotend kit
IMPORTÁ FACIL
Comprando este producto podrás descontar el IVA con tu número de RUT
Conoce más detalles
Fit For 3D Printer Models: The hotend kit is compatible with Bambu Lab A1/A1 Mini FDM 3d printers, please confirm your 3d printer model before ordering. Easy to Install: The magnetic block on the A1 Mini hot end can quickly and accurately fix the nozzle to the installation position, making disassembly and installation of the hotend easy and convenient. High Temperature Printing: The hotend can support heating the hardened steel nozzle up to 280°C and is suitable for most filaments on the market. Detachable Replaceable Nozzle: The 0.4mm nozzle is made of hardened steel, with threads, and can be disassembled for easy replacement; This design structure can achieve quick nozzle replacement and save costs (if hotend has a blockage, only the nozzle needs to be replaced, without replacing the entire hot end). High-quality 3D Printer Accessories: The upgrade heater block kit can keep a stable temperature during printing and let the filament extruder out evenly, supporting a print speed of up to 600mm/s, allowing models to be printed faster, achieving quality printing. High-Temperature Printing: Supports high-temperature filaments such as PEEK, PEI, PPSU, etc., which require printing at temperatures above 350°C. The hardened steel nozzle can prevent blockages or poor extrusion due to thermal deformation. High-Speed Printing: The filament exhibits better fluidity at high temperatures, coupled with a high-flow design, enabling high-speed printing at 600mm/s while reducing the risks of stringing and material breakage.