(as of Jul 04, 2025 14:19:46 UTC – Details)
< Upgrade your Bambu Lab A1 or A1 Mini 3D printer with our premium hot end heating assembly kit, designed for seamless maintenance and enhanced performance. Made with thicker, tougher materials, the kit ensures long-lasting durability even in demanding printing environments. The innovative quick clamping mechanism simplifies hot end replacement by firmly securing the fusion block and heating base, allowing easy separation of the thermodynamic and electronic components without the need for additional tools. This design simplifies the removal and installation of the A1 Mini, saving you time for routine maintenance or part replacement. The Component is capable of heating the hot end up to 300°C and includes a built-in thermistor that monitors real-time temperature, ensuring precise heat control for consistent printing results. Tailored for Bambu Lab printers, the assembly can adapt to different working conditions, stable operation and reduced downtime. In the Box: 1. Hotend Heating Assembly * 1 2. BT3-10 Screws * 3
Package Dimensions : 6.3 x 5.9 x 0.59 inches; 3.2 ounces
Date First Available : March 31, 2025
Manufacturer : Sahvaim
ASIN : B0F31WSY63
Precise compatibility: Designed specifically for Bambu Lab A1 series 3D printers, it ensures perfect compatibility with the hot-end
Hot end assembly kit: 90W thermistor, heating wire, heat-insulating silicone base, hot end metal clip, fixing screw
Tool-free quick replacement: The innovative quick-clip structure enables easy separation of the hot-end thermodynamics and electronic components, and can be disassembled and assembled without the help of tools, greatly simplifying the maintenance process
High-temperature performance and intelligent temperature control: It supports a maximum heating temperature of 300°C, is suitable for a variety of high-temperature printing materials such as nylon and PETG, and has a built-in thermistor to monitor the temperature in real time to ensure a stable and accurate printing process
Durable and durable material: Made of thickened reinforced materials, it is wear-resistant and resistant to high temperature aging, significantly extending the service life of the hot-end components, and is suitable for high-frequency industrial or home printing scenarios
Stable operation in all scenarios: The optimized design adapts to different environmental conditions, reduces printing failures caused by temperature fluctuations or component loss, and improves the overall reliability and work efficiency of the equipment
