109,90€ ME ΦΠΑ
SUNLU AMS Heater is compatible with the Bambu Lab AMS – Automatic Material System.
Drying and printing are performed simultaneously. This is a heater that can upgrade the upper cover of the AMS. Compared to the traditional printing process using the AMS, which requires drying before printing, the upgraded version allows for simultaneous printing and drying.
Unique Air Duct Design. The innovative airflow system directs heat to circulate precisely around the filament area, ensuring efficient drying while protecting the AMS feeding motor from high temperatures. This design may also cause slight temperature and humidity differences between electronic components.
High-efficiency heating with uniform temperature distribution, reaching 70°C within 20 minutes. The dual airflow design ensures even heat circulation, preventing localized overheating of materials and effectively reducing the risk of thermal deformation.
High compatibility: After upgrading to the AMS Heater, it supports stacked 16-color printing and saves space. Upgrades the heater for the AMS Generation 1 upper cover, seamlessly integrating with the Generation 1 seal strip and fully compatible with the Generation 1 seal preservation function.
Simple upgrade process: Loosen—disassemble—tighten, completed in just 2 minutes.
Intelligent humidity monitoring:
① Humidity mode default heating temperature: 55°C—users can adjust and save the temperature.
② Default operating time: 6 hours.
③ After the countdown ends, the device does not shut down; it automatically starts heating when humidity rises to 50% and stops heating when humidity drops to 20%.
④ In rH mode, users can adjust humidity (range: 25%–50%).
After adjustment, the humidity automatically starts using this set value.
Out of stock
This SUNLU AMS Heater is compatible with the Bambu Lab AMS – Automatic Material System.
Drying and printing are performed simultaneously. This is a heater that can upgrade the upper cover of the AMS. Compared to the traditional printing process using the AMS, which requires drying before printing, the upgraded version allows for simultaneous printing and drying.
Unique Air Duct Design. The innovative airflow system directs heat to circulate precisely around the filament area, ensuring efficient drying while protecting the AMS feeding motor from high temperatures. This design may also cause slight temperature and humidity differences between electronic components.
High-efficiency heating with uniform temperature distribution, reaching 70°C within 20 minutes. The dual airflow design ensures even heat circulation, preventing localized overheating of materials and effectively reducing the risk of thermal deformation.
High compatibility: After upgrading to the AMS Heater, it supports stacked 16-color printing and saves space. Upgrades the heater for the AMS Generation 1 upper cover, seamlessly integrating with the Generation 1 seal strip and fully compatible with the Generation 1 seal preservation function.
Simple upgrade process: Loosen—disassemble—tighten, completed in just 2 minutes.
Intelligent humidity monitoring:
① Humidity mode default heating temperature: 55°C—users can adjust and save the temperature.
② Default operating time: 6 hours.
③ After the countdown ends, the device does not shut down; it automatically starts heating when humidity rises to 50% and stops heating when humidity drops to 20%.
④ In rH mode, users can adjust humidity (range: 25%–50%).
After adjustment, the humidity automatically starts using this set value.
Safe and Reliable:
PTC heating. Dual-level protection with a temperature control switch. Software-based intelligent temperature control, real-time temperature monitoring, and automatic control of the heating system. Maximum drying temperature of 70°C. Alarms are triggered when the temperature exceeds the set value by 10°C, when the temperature fails to rise, or when the fan malfunctions. The device operates according to the set time and automatically shuts down when the time reaches zero.
| Product dimensions | 363mm × 278mm × 131mm (LWH) |
| Outer box dimensions | 415mm × 316mm × 190mm |
| Product net weight | 1.7KG |
| Temperature setting range | 35°C–70°C |
| Humidity display range | See display: 10%-90% |
| Time setting range | 0-99H |
| Power input specifications | AC 110V 60Hz or AC 220V 50Hz |
| Maximum operating current | 2.2A@230V 4.15A@120V |
| Maximum operating power | 390W |
| Standby power | 0.6W |
| Rated power | 220W |
This is a heater that can upgrade the upper cover of the AMS. Compared to the traditional printing process using the AMS, which requires drying before printing, the upgraded version allows for simultaneous printing and drying.
① Humidity mode default heating temperature: 55°C—users can adjust and save the temperature.
② Default operating time: 6 hours.
③ After the countdown ends, the device does not shut down; it automatically starts heating when humidity rises to 50% and stops heating when humidity drops to 20%.
④ In rH mode, users can adjust humidity (range: 25%–50%).
After adjustment, the humidity automatically starts using this set value.
High-efficiency heating with uniform temperature distribution, reaching 70°C within 20 minutes. The dual airflow design ensures even heat circulation, preventing localized overheating of materials and effectively reducing the risk of thermal deformation.
When the AMS heater is in “rH Mode”, the display screen will remain on after the countdown ends, and the “Time” indicator will show “Close”.
In “rH Mode”, the default humidity threshold is set to 50%. When the humidity exceeds 50%, the AMS heater will start heating.
Users can adjust the activation threshold for “rH Mode” within a range of 25% to 50%, depending on their needs.
For example, if set to 25%, the heater will activate once the humidity exceeds 25%. When the humidity drops to 20%, the AMS heater will stop heating and switch to standby mode.
By replacing the standard AMS cover, the AMS Heater enables active filament drying during printing—eliminating the need for an external dryer and reducing moisture-related print defects.
The PTC-based heater reaches a consistent 70 °C in about 20 minutes, thanks to a dual-airflow system that avoids hot spots and warping.
Equipped with humidity monitoring, the unit defaults to 55 °C in RH mode and runs for six hours. It automatically reactivates when humidity rises above 50 % and shuts off below 20 %. The user can also set a target humidity between 25–50 %.
The AMS Heater fits seamlessly atop the AMS with a simple “loosen–replace–tighten” installation process that takes only about two minutes. It supports up to 16 spools stacked, maintaining a compact build footprint.
Combining PTC heating, a thermostatic switch that trips if temperature exceeds 115 °C, and real-time software control of fan and heat, the system ensures safe and reliable operation.
This upgrade saves both time and space by enabling drying directly in the AMS. It minimizes moisture-related print issues and is significantly cheaper than Bambu Lab’s AMS 2 Pro, making it an appealing aftermarket alternative
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