Bambu Lab

Overview Facilitates the connection between the Mainboard and the TH Extrusion Board for MC-TH power and serial communication. Compatibility A1 Exclusive In the Box Bambu USB-C Cable *1...

Overview Facilitates the connection between the Mainboard and the TH Extrusion Board for MC-TH power and serial communication. Compatibility A1 Exclusive In the Box Bambu USB-C Cable *1 Installation Learn more about the replacement of the A1 Bambu USB-C Cable on Bambu Lab Wiki.

Overview Facilitates the connection between the Mainboard and the TH Extrusion board for MC-TH power supply and serial communication. Compatibility A1 mini In the Box Bambu USB-C Cable *1...

Overview Facilitates the connection between the Mainboard and the TH Extrusion board for MC-TH power supply and serial communication. Compatibility A1 mini In the Box Bambu USB-C Cable *1 Installation Learn more about the replacement of the A1 mini Bambu USB-C Cable on on Bambu Lab Wiki. ...

Overview The Boat Model Components Kit contains all the non-3D printed parts for assembling an entirely functional Windup-motorboat. To complete the work, you also need to download the model files...

Overview The Boat Model Components Kit contains all the non-3D printed parts for assembling an entirely functional Windup-motorboat. To complete the work, you also need to download the model files and 3D print the remaining parts. Compatible ModelsCreatorsModel LinksThe windup-motorboatvandragon_deThe windup-motorboat To download the model files of the Windup-motorboat and obtain detailed information, please visit the Windup-motorboat on MakerWorld. Installation In the Box ItemQtyWind-up Boat...

Overview With the cable chain assembled, the trajectory of the toolhead cable and feeding tube can be safely confined to the horizontal plane during printing. It can also protect the toolhead cable...

Overview With the cable chain assembled, the trajectory of the toolhead cable and feeding tube can be safely confined to the horizontal plane during printing. It can also protect the toolhead cable and feeding tube from being damaged during repetitive bending as a result of motion. * If you want to assemble a cable chain to enclose your P1P 3D printer, please replace the original toolhead cable with the heavy duty toolhead cable for a reliable performance. Otherwise, the cable chain may have a...

Overview With the cable chain assembled, the trajectory of the toolhead cable and feeding tube can be safely confined to the horizontal plane during printing. It can also protect the toolhead cable...

Overview With the cable chain assembled, the trajectory of the toolhead cable and feeding tube can be safely confined to the horizontal plane during printing. It can also protect the toolhead cable and feeding tube from being damaged during repetitive bending as a result of motion. Installation Learn more about the replacement of cable chain for X1 Series on Bambu Lab Wiki. Learn more about installing cable chain to P1P on Bambu Lab Wiki. In the Box - AP Board Cover * 1- Cable Chain * 1- PTFE...

Overview The chamber camera is included by default in the X1-Carbon and is an optional upgrade that you can install for the X1. The chamber camera has three functions, which are Remote Livestreams,...

Overview The chamber camera is included by default in the X1-Carbon and is an optional upgrade that you can install for the X1. The chamber camera has three functions, which are Remote Livestreams, Spaghetti Detection and Time-lapses respectively. Remote livestream: you can observe print progress anytime, anywhere.Spaghetti Detection: Spaghetti detection uses AI to detect print failures. If this feature is enabled, once spaghetti is detected, the printer pauses and waits for your input before...

Overview The Chamber Temperature Regulator Fan is used to control the chamber temperature and to help filter the air inside the chassis. It can be manually controlled on the screen or the slicer....

Overview The Chamber Temperature Regulator Fan is used to control the chamber temperature and to help filter the air inside the chassis. It can be manually controlled on the screen or the slicer. Installation For X1 Series: Bambu Lab Wiki For P1P (Enclosure): Bambu Lab Wiki In the Box 1. Chamber Temperature Regulator Fan Compatibility X1 Series, P1 Series Product SpecificationsVoltage / Operation Voltage24 V / 15 V~27 VMaterialsPlastic, Metal, RubberRated Speed4800 rpm/minPackaging...

Overview The Chamber Temperature Regulator Fan is used to control the chamber temperature and to help filter the air inside the chassis. It can be manually controlled on the screen or the slicer....

Overview The Chamber Temperature Regulator Fan is used to control the chamber temperature and to help filter the air inside the chassis. It can be manually controlled on the screen or the slicer. Installation For X1 Series: Bambu Lab Wiki In the Box 1. Chamber Temperature Regulator Fan Compatibility X1E ...

Overview The Clock Components Kit contains all the non-3D printed parts for assembling an entirely functional Maker World Clock. To complete the work, you also need to download the model files and...

Overview The Clock Components Kit contains all the non-3D printed parts for assembling an entirely functional Maker World Clock. To complete the work, you also need to download the model files and 3D print the remaining parts. Compatible ModelsCreatorsModel LinksMaker World ClockB-Lab 3DMaker World Clock To download the model files of the Maker World Clock and obtain detailed information, please visit the Maker World Clock on MakerWorld. Installation In the BoxItemQtyElectronic Clock Mechanism...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster than traditional hotends and avoid the risk of filament oozing or leaking at the nozzle and heat break interface. Bambu Lab offers hotends in two configurations: a single hotend with nozzle and a complete hotend assembly. The complete hotend assembly includes: [1] hotend with nozzle, [2] a cooling...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster than traditional hotends and avoid the risk of filament oozing or leaking at the nozzle and heat break interface. Bambu Lab offers hotends in two configurations: a single hotend with nozzle and a complete hotend assembly. The complete hotend assembly includes: [1] hotend with nozzle, [2] a cooling...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster than traditional hotends and avoid the risk of filament oozing or leaking at the nozzle and heat break interface. Bambu Lab offers hotends in two configurations: a single hotend with nozzle and a complete hotend assembly. The complete hotend assembly includes: [1] hotend with nozzle, [2] a cooling...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster than traditional hotends and avoid the risk of filament oozing or leaking at the nozzle and heat break interface. Bambu Lab offers hotends in two configurations: a single hotend with nozzle and a complete hotend assembly. The complete hotend assembly includes: [1] hotend with nozzle, [2] a cooling...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster...

The Bambu Lab hotend features a unique all-in-one design that combines the heatsink, throat, heater block, and nozzle into a single unit. With this design, Bambu Lab hotends can heat up much faster than traditional hotends and avoid the risk of filament oozing or leaking at the nozzle and heat break interface. Bambu Lab offers hotends in two configurations: a single hotend with nozzle and a complete hotend assembly. The complete hotend assembly includes: [1] hotend with nozzle, [2] a cooling...

Overview The control board fan is used to cool the control board to prevent the control board from overheating and shutting down. Installation Learn more about the replacement of control board fan...

Overview The control board fan is used to cool the control board to prevent the control board from overheating and shutting down. Installation Learn more about the replacement of control board fan for X1 Series on Bambu Lab Wiki. In the Box - Control Board Fan Compatibility X1 Series

Overview The Cooling Fan for Hotend is used to cool and reduce the temperature of the ceramic heater. The cooling fan for hotend has an auto-shutoff function while being locked at rated voltage for...

Overview The Cooling Fan for Hotend is used to cool and reduce the temperature of the ceramic heater. The cooling fan for hotend has an auto-shutoff function while being locked at rated voltage for 1-3 seconds. The circuit attempts to restart in 2 to 6 seconds. There is no damage after 72 hours of locking. The cooling fan is a high-speed rotating part, so do not touch it while it is running. *Please confirm your printer model before making a purchase, as the connector may differ between the X1...

Overview 6-pack Dessicant for AMS to keep filaments dry. User guide Please take 2 to 3 new desiccant packs, remove the plastic film from the desiccant, install it in the designated location for the...

Overview 6-pack Dessicant for AMS to keep filaments dry. User guide Please take 2 to 3 new desiccant packs, remove the plastic film from the desiccant, install it in the designated location for the AMS.Close the AMS cover to help keep your filament dry. Please ensure that the locking tabs on the AMS are closed to insulate the AMS from external air. How to check if the dessicant needs to be replaced When new, the desiccant will be a white powder. When the dessicant packs absorb moisture, they...

Overview The Engine Model Components Kit contains all the necessary hardware components for assembling an Engine Model. To complete the assembly for an entirely functional piece, users also need to...

Overview The Engine Model Components Kit contains all the necessary hardware components for assembling an Engine Model. To complete the assembly for an entirely functional piece, users also need to download the model files and 3D print the remaining parts.To download the model files and obtain detailed information, please visit the Engine Model on MakerWorld Installation In the Box 1. Motor * 12. Screw BT2-6 * 58±4 (44 pcs for assembly, remaining extras can be kept as spares)3. Screw M3-23 *...

Overview The Extruder Connection Board is an auxiliary board of the TH board, and it is used to expand the interface of functional components, such as the hotend and extruder unit. Installation...

Overview The Extruder Connection Board is an auxiliary board of the TH board, and it is used to expand the interface of functional components, such as the hotend and extruder unit. Installation Learn more about the replacement of the Extruder Connection Board for P1 Series on Bambu Lab Wiki. In the Box - Extruder Connection Board*1 Compatibility P1 Series Exclusive ...

This sensor is used in the Extruder to detect the presence of the filament, and also detect the Filament Cutter lever. This guide shows how to remove and install the extruder filament sensor -...

This sensor is used in the Extruder to detect the presence of the filament, and also detect the Filament Cutter lever. This guide shows how to remove and install the extruder filament sensor - P1 SeriesIncludes: - Extruder Filament Sensor*1 - BT2-5*2 - Glue*1 **P1 Series Exclusive ...

This sensor is used in the Extruder to detect the presence of the filament, and also detect the Filament Cutter lever Learn more about the Extruder Filament Sensor and installation- X1 Series on...

This sensor is used in the Extruder to detect the presence of the filament, and also detect the Filament Cutter lever Learn more about the Extruder Filament Sensor and installation- X1 Series on Bambu Lab Wiki. In the Box: 1 x Extruder Filament Sensor 2 x BT2-5 1 x Glue ...

Overview Extruder Interface Board V9 is the part of the tool head board where the print head wires are connected. It's also connected to the main TH board V9 and it's only compatible with V9 version...

Overview Extruder Interface Board V9 is the part of the tool head board where the print head wires are connected. It's also connected to the main TH board V9 and it's only compatible with V9 version of the TH board. Installation Learn more about the replacement of the Extruder Interface Board V9 for X1 Series on Bambu Lab Wiki. In the Box - Extruder Interface Board V9*1 - Glue*1 - M1_6-4 screw*1 Compatibility X1 Series Exclusive ...

Learn more about the replacement of the Extruder Motor for X1 series and P1 Series on Bambu Lab Wiki. In the Box - Extruder Motor*1 - Glue*1 Compatibility X1 Series and P1 Series ...

Learn more about the replacement of the Extruder Motor for X1 series and P1 Series on Bambu Lab Wiki. In the Box - Extruder Motor*1 - Glue*1 Compatibility X1 Series and P1 Series

Overview The Extruder Unit features dual gears made of hardened steel to feed filament into the hotend. The hardened steel gears provide increased extrusion force, prevent slippage, and enhance...

Overview The Extruder Unit features dual gears made of hardened steel to feed filament into the hotend. The hardened steel gears provide increased extrusion force, prevent slippage, and enhance abrasion resistance. These gears enable the extruder unit to handle tough engineering filaments such as carbon fiber nylon and glass fiber nylon.The extruder unit is also equipped with a filament cutter for filament unloading or switching, and an extruder motor that supplies the required power for the...

Overview The Filament buffer is an accessory that is required in conjunction with a single AMS unit. Its function is to provide a buffering effect for the filament. The interface is 4-Pin cable with...

Overview The Filament buffer is an accessory that is required in conjunction with a single AMS unit. Its function is to provide a buffering effect for the filament. The interface is 4-Pin cable with 3mm pitch with snap terminal input, 6-Pin cable with 3mm pitch open snap terminal output. Compatibility X1 Series and P1 Series Note For multiple AMS units, the AMS Hub is required instead of the Filament buffer. In the Box Filament buffer, 2x M3*23 screwsProduct Specification Voltage...

Learn more about the replacement of the Filament Buffer Connection Board on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS ...

Learn more about the replacement of the Filament Buffer Connection Board on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS

Overview The filament cutter lever is used for holding the cutter and pushing it to cut filaments. Installation Learn more about the replacement of the Filament Cutter Lever for X1 series and P1...

Overview The filament cutter lever is used for holding the cutter and pushing it to cut filaments. Installation Learn more about the replacement of the Filament Cutter Lever for X1 series and P1 Series on Bambu Lab Wiki. In the Box - Filament Cutter Lever*1 - Screw*1 - Shaft spring*1 - Washer*1 - Circlip*1 Compatibility X1 Series and P1 Series ...

Overview The Filament Sensor is used to detect the filament feeding status to help prevent print failures and improve overall printing efficiency.When printing with multiple filaments, the filament...

Overview The Filament Sensor is used to detect the filament feeding status to help prevent print failures and improve overall printing efficiency.When printing with multiple filaments, the filament sensor can recognize the input and output of filaments and transmit the information to the AMS Lite for filament switching.It can also detect filament jamming situations and transmit the information to the printer immediately. Installation Learn more about replacing the Filament Sensor on Bambu Lab...

Overview The front cover of the P1S printer is a black-gray cover that is installed on the front of the printer and printed with P1S. Installation Learn more about the replacement of the Front Cover...

Overview The front cover of the P1S printer is a black-gray cover that is installed on the front of the printer and printed with P1S. Installation Learn more about the replacement of the Front Cover for P1S on Bambu Lab Wiki. In the Box - Front Cover*1 - ST3-4 screw*2 - BT3-5 screw*1 - Glue*1 Compatibility P1 Series Exclusive ...

OverviewThe purpose of the front glass door is to keep the inside of the printer closed, thus providing protection for the printing process while also insulating the enclosure for high-temperature...

OverviewThe purpose of the front glass door is to keep the inside of the printer closed, thus providing protection for the printing process while also insulating the enclosure for high-temperature printing.InstallationThe P1S and X1C use the same specification for the front glass door. If you want to install a front glass door on P1P, you need to install the front door mounting kit and replace the front cover of the P1S (filling the gap) at the same time.Related WIKI links are available:Front...

Overview The Front Housing Assembly is mainly used to cool the printed part so that the printed part can be shaped. *Please confirm your printer model before making a purchase, as the connector may...

Overview The Front Housing Assembly is mainly used to cool the printed part so that the printed part can be shaped. *Please confirm your printer model before making a purchase, as the connector may differ between the X1 Series version and the P1P version. Installation Learn more about the replacement of front housing assembly for P1P on Bambu Lab Wiki. In the Box - Front Housing Assembly - P1P Compatibility P1P Exclusive ...

Overview The Front Housing Assembly is mainly used to cool the printed part so that the printed part can be shaped. *Please confirm your printer model before making a purchase, as the connector may...

Overview The Front Housing Assembly is mainly used to cool the printed part so that the printed part can be shaped. *Please confirm your printer model before making a purchase, as the connector may differ between the X1 Series version and the P1P version. Installation Learn more about the replacement of front housing assembly for X1 Series on Bambu Lab Wiki. In the Box - Front Housing Assembly - X1 Series Compatibility X1 Series Exclusive ...

Overview Please place the glass cover plate over the printer. Compatibility X1 Series Exclusive

Overview Please place the glass cover plate over the printer. Compatibility X1 Series Exclusive

Overview: A Bambu glue stick provides suitable adhesion between the build plate and the model, and also it's formaldehyde-free and water dissolvable. Compatibility: X1 Series,...

Overview: A Bambu glue stick provides suitable adhesion between the build plate and the model, and also it's formaldehyde-free and water dissolvable. Compatibility: X1 Series, P1PApplication: PLA/ABS/PETG/PC/PA/TPULife Cycle: 24 months User Guide: Apply evenly to the cleaned build plate before printing and cover all print areas. Please wash the plate after printing has been completed. ...

Overview The Hardened Steel Extruder Gear Assembly is an internal component of the Extruder Unit. It comprises a driven gear and an active gear that work together to feed filament into the...

Overview The Hardened Steel Extruder Gear Assembly is an internal component of the Extruder Unit. It comprises a driven gear and an active gear that work together to feed filament into the hotend.Built with heavy-duty materials, the extruder gear assembly is designed for long-lasting performance. If abrasion or clogging occurs due to extended use, users can just replace the extruder gear assembly rather than the whole extruder unit. Installation Learn more about replacing the Hardened Steel...

Overview The hardened steel extruder gear assembly is an internal component of the hardened steel extruder unit. It comprises a driven gear and an active gear that work together to feed...

Overview The hardened steel extruder gear assembly is an internal component of the hardened steel extruder unit. It comprises a driven gear and an active gear that work together to feed filament into the hotend. Built with heavy-duty materials, the extruder gear assembly is designed for long-lasting performance. However, if abrasion or clogging occurs due to extended use, the extruder gear assembly can be easily replaced. Thanks to its hardened steel gears, the...