Bambu Lab AMS 2 Pro - Automatic Material System

Name: Bambu Lab AMS 2 Pro - Automatic Material System
Brand: Bambu Lab
SKU: SA007
Price: 359.00 USD
Availability: InStock

$359.00 USD

Product Features
Active Air Vent 65°C Filament Drying
Air-tight Filament Storage
Up to 24-color/Multi-material Printing
Brushless Servo Feeding Motor
RFID filament sync
Important notice

The AMS requires specific accessory configurations for various Bambu Lab 3D printers. Please add the required accessories from the section below.
See the Multiple AMS Units Connection Guide for detailed setup instructions.

Please note the product is the same among all variants, and the only difference is recommended accessories. You may place an order from any variant in stock.

Description
To connect a single AMS 2 Pro unit to X1/P1 series printer, a Filament Buffer(SA003), a PTFE Tube Coupler(FAZ006), and a 4-pin Cable(CAB002-N) are required.

X1/P1 series printer can connect up to 4 AMS units(including AMS HT, AMS, AMS 2 Pro).

For drying function:
One Switching Adapter is required for each AMS 2 Pro unit.
Please check "What's in the box" section below. Some accessories are included, you may purchase extra as needed.

Product Features

Bambu Lab AMS 2 Pro - Automatic Material System

Bambu Lab AMS 2 Pro

AMS, Evolved.

24-Colors/Multi-material
Serially connect up to 4 AMS 2 Pro & 8 AMS HT units, total of 24 filaments

Electro-Magnetic Air Vent

Fast filament drying & air-tight filament storage

65°C Drying

Up to 65°C drying temperature

Brushless Motor

60% faster feeding speed
Dry Filament Quickly and Intelligently

Electro-Magnetic Air Vent

Automated venting facilitates dehumidification during drying and ensures airtight sealing for weeks of high-quality printing.

Auto-rotate Drying

During the drying process, the filament spools rotate automatically to ensure more even drying.

RFID Sync

AMS 2 Pro uses RFID to auto-match drying settings for Bambu official filaments, no manual input needed.
Speed Up! Faster Multi-material Printing!

The powerful Bambu permanent magnet synchronous servo motor accelerates filament feeding by 60% for enhanced efficiency.

Saves an average of 10 minutes per 100 filament changes.

Faster multi-color printing

Tool-Free Filament Tubes Access
Removing snapped filament from the first-gen AMS requires extracting all spools and disassembling the shell with two screws, taking 3-5 minutes. In contrast, the AMS 2 Pro offers direct, tool-free access to filament tubes from the top.

Ceramic Inlet

Ceramic filament inlets with Vickers hardness of 1200 significantly enhance durability.
Compatible With All Bambu Lab Printers
The AMS 2 Pro will be compatible with all Bambu Lab products.

AMS 2 Pro Specs

Item		Specification
Body	Dimensions	372280226 mm³
	Net Weight	2.5 kg
	Housing Material	ABS/PC
Printing	Filament Supported	PLA, PETG, ABS, ASA, PET, PA, PC, PVA (dried), BVOH (dried), PP, POM, HIPS, Bambu PLA-CF/PAHT-CF/PETG-CF/Support for PLA/PETG, and TPU for AMS
	Filament Not Supported	TPE, generic TPU, PVA (damp), BVOH (damp),Bambu PET-CF/TPU 95A, and other filament that contains carbon fiber or glass fiber
	Filament Diameter	1.75 mm
	Spool Dimension	Width: 50 mm-68 mm Diameter: 197 mm-202 mm
	RFID Identification	Supported
Drying	Highest Temperature	* 65 °C
	Filament Supported	PLA, PETG, Support for PLA/PETG, ABS, ASA, PET, PA, PC, PVA, BVOH , PP, POM, HIPS, Bambu PLA-CF/ PAHT-CF/ PETG-CF, and TPU for AMS*
	Active Moisture Discharge	Supported
	Sealed Storage	Supported
	Temperature & Humidity Detection	Supported. Real-time temperature and humidity can be displayed on the screen, Bambu Studio, and Bambu Handy.
Power	Input	24 V 4 A

* Filaments marked with * require higher drying temperature. The AMS 2 Pro cannot dry them completely. If you want better drying performance for these filaments, we recommend purchasing an AMS HT.

*The maximum temperature of the drying function can only be achieved when the ambient temperature is above 25 °C. When the ambient temperature is below 25 °C, due to natural heat dissipation, the actual drying temperature may not reach the maximum value.