We have categorized the FAQ of X1E into：
You can use the menu bar on the left to navigate to the desired module quickly.
Please refer to the official website for X1E product technical specifications. (click here) to learn more about the differences between our products.
Unfortunately, the X1C can not be upgraded to X1E using accessories.
The X1 and X1C printers do not support the installation of the chamber heating module and the wired network module.
Additionally, the X1 and X1C printers do not support installing the hotend assembly of the X1E (including the heater, NTC, and thermal grease).
No, the P1 series printers do not support installing the chamber heating unit or wired network modules.
Additionally, the P1 series printers do not support installing the hotend assembly of the X1E (including the heater, NTC, and thermal grease).
X1E offers an additional chamber temperature heating control feature, with a maximum chamber temperature of 60 ℃.
High chamber temperatures can suppress the warping of certain high-temperature filament prints and provide them with higher interlayer strength.
When printing high-temperature filaments such as PC, PA-CF, PAHT-CF, PET-CF, PPA-CF, PPS, and PPS-CF, selecting X1E and enabling a chamber temperature of 60 °C can result in improved dimensional accuracy and visual quality of some prints. Furthermore, when printing the aforementioned high-temperature filaments, selecting X1E and enabling a chamber temperature of 60 ℃ can enhance the strength of some prints.
The heating module is rated at 380 W.
No, the X1E only supports 2.4 GHz WiFi networks.
The maximum chamber temperature reached by the X1E is 60℃
The Ethernet connection speed is 100Mbps.
X1E now supports ethernet cable connection and LAN mode. You can run the printer without connecting directly to the internet.
For extreme security requirements, there is a switch to physically disable the network module or just completely remove the network module.
We combined the G3 pre-filter, H12 HEPA filter, and top-of-the-line coconut shell-activated carbon filter for ultimate air filtration. Better filtration eliminates excessive smell when working with smelly materials, and hugely improves the printing experience in a less-ventilated environment.
Accurately controlled chamber temperature (Up to 60℃) improved print quality on sensitive filaments such as ABS and ASA.
| Supported filament types | Performance |
|---|---|
| PLA, PETG, TPU, PVA, BVOH | excellent printing (with enclosure open) |
| ABS, ASA, PC, PA, PET | excellent printing |
| PLA-CF/GF, PETG, PA, PET, PC, ABS, ASA | excellent printing |
| PPT-CF/GF, PPS, PPS-CF/GF | suitable for printing |
It is a universal Ethernet cable that supports 100mbps.
In sleep mode, X1E has a power consumption of approximately 17W*. However, in operating mode, the power consumption of X1E depends on the enabled functions, but it does not exceed 700W* at maximum.
*The above data is measured at room temperature of 25°C.
Please refer to the X1E network connection guide. It can be connected via Wi-Fi or the Ethernet cable.
Please refer to the chamber temperature control guide. It can be configured via Bambu Studio.
In Bambu studio, we have set default chamber temperature parameters for different filament types. It is recommended to avoid modifying these parameters on your own and select the appropriate filament type for printing.
For low-temperature filaments, it is suggested to keep the chamber temperature off.
For high-temperature filaments, it is advised to enable the chamber temperature based on the filament requirements.
For more details, please refer to the chamber temperature control guide.
The temperature of the heating module can be adjusted through the printer's touchscreen, Bambu Studio, and the Bambu Handy.
The X1E supports Chinese, Traditional Chinese, English, French, Japanese, Swedish, German, Dutch, and Spanish.
Yes, you can print using a micro SD card.
You can also interact with the printer using a local area network (LAN Only Mode).
The printer can only be bound to one account at a time. However, the same account can be logged in on different computers or apps to control the printer, and there is no limitation on the number of connections.
Please note that real-time video streaming is limited by network bandwidth, allowing a maximum of 4 client connections.
When the chamber temperature control is working properly under heating conditions (when setting temperature 10°C or more above the ambient temperature), the chamber temperature control accuracy is within ±1°C.
The chamber temperature sensor is located inside the structure of the heating module.
When the chamber temperature is enabled, the outer casing of the printer, the heated bed, the print surface, and the hot end can become quite hot. It is advisable to avoid touching them to prevent burns.
With an ambient temperature of 25°C and a chamber temperature set to 60°C, most of the casing temperature remains within 55°C. However, the metal components connected to the internal framework may reach temperatures up to 58°C.
You can remove the model immediately, but please note that the heated bed and print surface may still be hot. It is recommended to allow them to cool down before removing the model, to ensure slow cooldown of the part.
Yes, both of these modules are pre-installed so that you can use them right out of the box.
We have enhanced the filtration system, which provides better air filtering during printing.
The printer should still be used in a well-ventilated place.
Yes, please refer to the X1E Material Drying Guide (to be written) for more information.
We recommend connecting to Internet for updates as it is the most convenient way. Also, X1E supports offline firmware update, but a firmware version of 01.01.02.00 or later is required. For more information, please refer to this article.