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OverviewThe AMS bottom cover unit is the bottom shell of the AMS with all sealings installed.InstallationLearn more about the replacement of the AMS Bottom Cover Unit on Bambu Lab Wiki.In the Box:-...

OverviewThe AMS bottom cover unit is the bottom shell of the AMS with all sealings installed.InstallationLearn more about the replacement of the AMS Bottom Cover Unit on Bambu Lab Wiki.In the Box:- AMS Bottom Cover Unit*1Compatibility:Works with Bambu Lab AMS

Overview Some cables used inside AMS, include 1 RFID board connecting cable, 1 power cable, 1 485 bus cable, 1 speed measuring board cable, and 1 filament selecting board cable. Installation Learn...

Overview Some cables used inside AMS, include 1 RFID board connecting cable, 1 power cable, 1 485 bus cable, 1 speed measuring board cable, and 1 filament selecting board cable. Installation Learn more about the replacement of the AMS cable pack (5-in-1)for P1 Series and X1 Series on Bambu Lab Wiki. In the Box -Speed board connection line *1 -Power cable *1 -RF board cable *1 -485 connection cable*1 -Material selection cable*1 -Glue*1 Compatibility Works with Bambu Lab AMS Product...

Installation Learn more about the replacement of the AMS Connector Board on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS ...

Installation Learn more about the replacement of the AMS Connector Board on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS

Overview The AMS Driven Support Shaft Assembly is a roller for supporting the filament spool. In the Box - AMS Driven Support Shaft Assembly Compatibility Works with Bambu Lab AMS ...

Overview The AMS Driven Support Shaft Assembly is a roller for supporting the filament spool. In the Box - AMS Driven Support Shaft Assembly Compatibility Works with Bambu Lab AMS

Overview The AMS Feeding Funnel is the inner component of the AMS First Stage Feeder, which consists of structural parts and a filament detection sensor board. When the sensor board...

Overview The AMS Feeding Funnel is the inner component of the AMS First Stage Feeder, which consists of structural parts and a filament detection sensor board. When the sensor board detects the insertion of filament, the AMS first stage feeder will pull the filament forward automatically. When the filament insertion is abnormal, the sensor board will also identify it and feed that information back to the 3D printer. Installation Learn more about the replacement of AMS feeding...

Overview The AMS First Stage Feeder is specially designed to support the AMS for printing multiple colors and materials. Each AMS has 4 first stage feeders, and each first stage feeder has its own...

Overview The AMS First Stage Feeder is specially designed to support the AMS for printing multiple colors and materials. Each AMS has 4 first stage feeders, and each first stage feeder has its own motor and gears to actively push the filament forward or wind it back to the spool. The first stage feeder has a sensor to detect filament. When a filament is inserted, the first stage feeder will pull the filament automatically. When a filament needs to be winded back, the first stage feeder will...

OverviewThe AMS Internal Hub Motor is used to provide energy for the operation of the AMS internal hub unit.InstallationLearn more about the replacement of AMS internal hub motor on Bambu Lab...

OverviewThe AMS Internal Hub Motor is used to provide energy for the operation of the AMS internal hub unit.InstallationLearn more about the replacement of AMS internal hub motor on Bambu Lab Wiki.In the Box:- AMS Internal Hub MotorCompatibility:Works with Bambu AMS

OverviewThe AMS Internal Hub Unit is specially designed for Bambu AMS. The AMS internal hub unit is used to select particular filaments in AMS and convey filaments from AMS to the printer. It also...

OverviewThe AMS Internal Hub Unit is specially designed for Bambu AMS. The AMS internal hub unit is used to select particular filaments in AMS and convey filaments from AMS to the printer. It also has the functions of speed measurement (filament conveyance) and filament detection.InstallationLearn more about the replacement of AMS internal hub unit on Bambu Lab Wiki.*Please keep all the screws from your original AMS internal hub unit for replacement.In the Box:- AMS Internal Hub...

The AMS Lite 4-pin cable is used to connect the A1 mini main unit and the AMS Lite device. It serves two functions: providing power from the A1 mini to the AMS Lite and facilitating communication...

The AMS Lite 4-pin cable is used to connect the A1 mini main unit and the AMS Lite device. It serves two functions: providing power from the A1 mini to the AMS Lite and facilitating communication between the two devices. This enables the A1 mini to control the AMS Lite, allowing it to read information from the filament spool RFID tag and manage the switching/extrusion of multi-color 3D printing consumables.InstallationLearn more about the replacement of the AMS Lite 4-pin Cable on Bambu Lab...

Installation Learn more about the replacement of the AMS Mainboard (V2) on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS ...

Installation Learn more about the replacement of the AMS Mainboard (V2) on Bambu Lab Wiki. Compatibility Works with Bambu Lab AMS

The AMS power board is a circuit board that receives power from the printer and supplies it to the AMS. Installation Learn more about the replacement of the AMS Power Board on Bambu Lab...

The AMS power board is a circuit board that receives power from the printer and supplies it to the AMS. Installation Learn more about the replacement of the AMS Power Board on Bambu Lab Wiki.Compatibility Works with Bambu Lab AMS

Installation Learn more about the replacement of the AMS RFID Board on Bambu Lab Wiki.Compatibility Works with Bambu Lab AMS ...

Installation Learn more about the replacement of the AMS RFID Board on Bambu Lab Wiki.Compatibility Works with Bambu Lab AMS

Compatibility Works with AMS

Compatibility Works with AMS

Overview These rubber feet are designed to decouple the Bambu Lab P1P from other 3D printers on the same surface by absorbing vibrational energy, helping to minimize machine wear caused by...

Overview These rubber feet are designed to decouple the Bambu Lab P1P from other 3D printers on the same surface by absorbing vibrational energy, helping to minimize machine wear caused by vibrations. Benefits When you place a single printer on the desktop, the anti-vibration feet can effectively reduce the desktop shaking caused by printing When multiple Bambu Lab P1P (more than 1pcs) are placed on the same unstable desktop, it is recommended to replace the original feet with these...

Overview The AP board is a circuit board that controls the printer and provides the required Wi-Fi connectivity and processing power for the printer. Installation Learn more about the replacement of...

Overview The AP board is a circuit board that controls the printer and provides the required Wi-Fi connectivity and processing power for the printer. Installation Learn more about the replacement of the AP Board for P1P on Bambu Lab Wiki. Precautions 1. When replacing the AP board, be sure to skip the step of binding the machine when turning it on for the first time.2. After confirming that the replacement is completed, it is necessary to update the SN. To do this, please contact the...

This is a heavy-duty joystick very similar to the ones in claw arcade games. Directional movements are momentary limit switches - one for each direction. This joystick also has a select button that...

This is a heavy-duty joystick very similar to the ones in claw arcade games. Directional movements are momentary limit switches - one for each direction. This joystick also has a select button that is actuated when the red button is pressed down. This joystick is pretty beefy and very tall because of it. We built up an enclosure just to see what it would look like. Ideally, this joystick would be panel mounted, but actually reading the movement of the joystick is as simple as setting up the...

4-way Pacman type arcade joystick. Heavy duty design gives this joystick a great feel! Features: ABS plastic and solid alloy construction Uses 4 microswitches to detect on/off position Unique handle...

4-way Pacman type arcade joystick. Heavy duty design gives this joystick a great feel! Features: ABS plastic and solid alloy construction Uses 4 microswitches to detect on/off position Unique handle design Spring return to center Very rugged construction Rated 5A @ 125V, 3A @ 250V* Overall height: 101mm Base: 97x65mm Joystick height: 60mm Documents: Manual ...

We've been prototyping for a long time on these awesome little plastic plates but it's time for an upgrade. This version still holds an Arduino and a self-adhesive clear breadboard but we've done...

We've been prototyping for a long time on these awesome little plastic plates but it's time for an upgrade. This version still holds an Arduino and a self-adhesive clear breadboard but we've done away with the plastic clips and now provide screws which give you a more solid and simple connection. Also, because the outside dimensions of the board don't matter anymore, this plate can be used with any board that has the Arduino mounting holes. The Arduino Uno, The Leonardo, FEZ Panda even the...

"The Arduino Industrial 101 is a WiFi evaluation board for the Arduino 101 LGA module based on a MIPS Linux processor. With the Industrial 101 you will possess a fantastic addition to the Arduino...

"The Arduino Industrial 101 is a WiFi evaluation board for the Arduino 101 LGA module based on a MIPS Linux processor. With the Industrial 101 you will possess a fantastic addition to the Arduino family and be able to easily create IoT projects without the need for multiple shields. Similar to the Arduino Yun (in a small form-factor), the Industrial 101 integrates an ATmega32U4 and the Atheros AR9331 SoC to make a dependable evaluation resource! The onboard ATmega32u4 microcontroller has been...

Arduino is an open-source physical computing platform based on a simple i/o board and a development environment that implements the Processing/Wiring language. Arduino can be used to develop...

Arduino is an open-source physical computing platform based on a simple i/o board and a development environment that implements the Processing/Wiring language. Arduino can be used to develop stand-alone interactive objects or can be connected to software on your computer (e.g. Flash, Processing, MaxMSP). The open-source IDE can be downloaded for free (currently for Mac OS X, Windows, and Linux). The Arduino Mega is a microcontroller board based on the ATmega2560. It has 54 digital input/output...

It's blue! It's skinny! It's the Arduino Pro! SparkFun's minimal design approach to Arduino. This is a 3.3V Arduino running the 8MHz bootloader. Because the system voltage for this board is lower...

It's blue! It's skinny! It's the Arduino Pro! SparkFun's minimal design approach to Arduino. This is a 3.3V Arduino running the 8MHz bootloader. Because the system voltage for this board is lower than other Arduino development boards, it may not be compatible with many Arduino shields which were designed to run at 5V. The Arduino Pro 3.3V still works great with our prototyping shield so you can create your own 3.3V shields. The lower system voltage also has its advantages, like ease of use...

It's blue! It's skinny! It's the Arduino Pro! SparkFun's minimal design approach to Arduino. This is a 5V Arduino running the 16MHz bootloader in a super-sleek form factor that will fit easily into...

It's blue! It's skinny! It's the Arduino Pro! SparkFun's minimal design approach to Arduino. This is a 5V Arduino running the 16MHz bootloader in a super-sleek form factor that will fit easily into your next small project. Arduino Pro does not come with connectors populated so that you can solder in any connector or wire with any orientation you need. We recommend first time Arduino users start with the Uno R3. It's a great board that will get you up and running quickly. The Arduino Pro series...

It's blue! It's thin! It's the Arduino Pro Mini! SparkFun's minimal design approach to Arduino. This is a 3.3V Arduino running the 8MHz bootloader. Arduino Pro Mini does not come with connectors...

It's blue! It's thin! It's the Arduino Pro Mini! SparkFun's minimal design approach to Arduino. This is a 3.3V Arduino running the 8MHz bootloader. Arduino Pro Mini does not come with connectors populated so that you can solder in any connector or wire with any orientation you need. We recommend first time Arduino users start with the Uno R3. It's a great board that will get you up and running quickly. The Arduino Pro series is meant for users that understand the limitations of system voltage...

It's blue! It's thin! It's the Arduino Pro Mini! SparkFun's minimal design approach to Arduino. This is a 5V Arduino running the 16MHz bootloader. Arduino Pro Mini does not come with connectors...

It's blue! It's thin! It's the Arduino Pro Mini! SparkFun's minimal design approach to Arduino. This is a 5V Arduino running the 16MHz bootloader. Arduino Pro Mini does not come with connectors populated so that you can solder in any connector or wire with any orientation you need. We recommend first time Arduino users start with the Uno R3. It's a great board that will get you up and running quickly. The Arduino Pro series is meant for users that understand the limitations of system voltage...

This is a 10-pin female header, with extra long legs -- great for stacking R3-compatible Arduino shields! Pins are spaced by 0.1". Documents: Datasheet ...

This is a 10-pin female header, with extra long legs -- great for stacking R3-compatible Arduino shields! Pins are spaced by 0.1". Documents: Datasheet

This is a 6-pin female header, with extra long legs -- great for stacking Arduino shields. Pins are spaced by 0.1". Documents: Datasheet ...

This is a 6-pin female header, with extra long legs -- great for stacking Arduino shields. Pins are spaced by 0.1". Documents: Datasheet

This is a 8-pin female header, with extra long legs -- great for stacking Arduino shields. Pins are spaced by 0.1". Documents: Datasheet ...

This is a 8-pin female header, with extra long legs -- great for stacking Arduino shields. Pins are spaced by 0.1". Documents: Datasheet

These headers are made to work with the Arduino Main Board, Arduino Pro, and the Arduino Mega. They are the perfect height for clearing the USB-B connector and great for stacking multiple shields....

These headers are made to work with the Arduino Main Board, Arduino Pro, and the Arduino Mega. They are the perfect height for clearing the USB-B connector and great for stacking multiple shields. This kit includes 4 headers (2 8-pin and 2 6-pin), enough to connect a shield to an Arduino Main Board. These are the same headers we use in our tutorials and with our own shields. Note: If you have a board that uses the Arduino R3 architecture which include the OREF, SCL, and SDA pins they can be...

This is the new Arduino Uno R3. In addition to all the features of the previous board, the Uno now uses an ATmega16U2 instead of the 8U2 found on the Uno (or the FTDI found on previous generations)....

This is the new Arduino Uno R3. In addition to all the features of the previous board, the Uno now uses an ATmega16U2 instead of the 8U2 found on the Uno (or the FTDI found on previous generations). This allows for faster transfer rates and more memory. No drivers needed for Linux or Mac (inf file for Windows is needed and included in the Arduino IDE), and the ability to have the Uno show up as a keyboard, mouse, joystick, etc. Never fear for accidental electrical discharge, either since since...

This is the new Arduino Uno R3. In addition to all the features of the previous board, the Uno now uses an ATmega16U2 instead of the 8U2 found on the Uno (or the FTDI found on previous generations)....

This is the new Arduino Uno R3. In addition to all the features of the previous board, the Uno now uses an ATmega16U2 instead of the 8U2 found on the Uno (or the FTDI found on previous generations). This allows for faster transfer rates and more memory. No drivers needed for Linux or Mac (inf file for Windows is needed and included in the Arduino IDE), and the ability to have the Uno show up as a keyboard, mouse, joystick, etc. Never fear for accidental electrical discharge, either since since...

"The ATmega128RFA1 is a portmanteau of sorts – two separate components combined to form one device; half microcontroller, half RF transciever. ATmega128RFA1 is an IEEE 802.15.4 compliant...

"The ATmega128RFA1 is a portmanteau of sorts – two separate components combined to form one device; half microcontroller, half RF transciever. ATmega128RFA1 is an IEEE 802.15.4 compliant single-chip, combining the industry- leading AVR microcontroller and best-in-class 2.4GHz RF transceiver providing industry’s highest RF performance for single-chip devices, with a link budget of 103.5dBm. The ATmega128RFA1 features Wake-on Radio, 32-bit MAC symbol counter, temperature sensor,...

    This is a ATmega328 IC in DIP package, pre-loaded with the Arduino Optiboot (Atmega328 16MHz) Bootloader. This will allow you to use Arduino code in your custom embedded...

    This is a ATmega328 IC in DIP package, pre-loaded with the Arduino Optiboot (Atmega328 16MHz) Bootloader. This will allow you to use Arduino code in your custom embedded project without having to use an actual Arduino board.     To get this chip works, you will need an external 16MHz crystal or resonator, and a 5V power supply to create the minimum Arduino system. If you are not comfortable doing this, we recommend you purchasing the Crowduino board...

The name says it all on this one. An ATmega328P in DIP package, pre-loaded with the Arduino Optiboot (Uno 16MHz) Bootloader. This will allow you to use Arduino code in your custom embedded project...

The name says it all on this one. An ATmega328P in DIP package, pre-loaded with the Arduino Optiboot (Uno 16MHz) Bootloader. This will allow you to use Arduino code in your custom embedded project without having to use an actual Arduino board. To get this chip working with Arduino IDE, you will need an external 16MHz crystal or resonator, a 5V supply, and a serial connection. If you are not comfortable doing this, we recommend purchasing the Arduino Uno board that has all of these built into...

"This is a small voltage and current sense PCB. DC current is determined by measuring a voltage drop across a pair of parallel shunt resistors, then converted to a final analog voltage output by the...

"This is a small voltage and current sense PCB. DC current is determined by measuring a voltage drop across a pair of parallel shunt resistors, then converted to a final analog voltage output by the TI INA-169. Voltage sense is accomplished by scaling to 3.3V ADC range by a precision resistor divider. The PCB is supplied without leads or connectors. The pad sizes are large enough to accommodate 12 gauge heavy duty leads (see datasheet) but care must be exercised in soldering. Smaller gauge...

This is a right-angle, 24-pin Molex Mini-Fit Jr.™ connector, commonly used as the power supply connector on ATX motherboards. Two rows of twelve pins are broken out two rows of through-hole male...

This is a right-angle, 24-pin Molex Mini-Fit Jr.™ connector, commonly used as the power supply connector on ATX motherboards. Two rows of twelve pins are broken out two rows of through-hole male headers. See the datasheet below for pin spacing dimensions. Pair this connector with a standard computer power supply and you can source a number of different voltages (+3.3V, +5V, +12V, -12V, -5V) to your project.[ Documents: Dimensional Drawing ...

Low profile 3.5mm stereo audio jack. Documents: Audio 3.5mm Jack Datasheet ...

Low profile 3.5mm stereo audio jack. Documents: Audio 3.5mm Jack Datasheet