bamboo labs rfid cards BambuLab printers use MiFare 13.56MHZ RFID tags. These tags contain a unique ID that is not encrypted (called the UID) In most cases UID is fixed (not-changable). Some "hackable" rfid tags allow you to set the UID to anything you want. Blocks (Encrypted) MiFare tags also contain "Blocks" of data. $5.00
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You can use Sunlu's refills on Bambu's spools, and you can re-use the RFID tags from the . I used the sample PLA filament that came with the machine and after I finished it .BambuLab printers use MiFare 13.56MHZ RFID tags. These tags contain a unique ID that is not encrypted (called the UID) In most cases UID is fixed (not-changable). Some "hackable" rfid tags allow you to set the UID to anything you want. Blocks (Encrypted) MiFare tags also contain "Blocks" of data.
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You can use Sunlu's refills on Bambu's spools, and you can re-use the RFID tags from the Bambu rolls if you want to keep the AMS updated. I used this adapter, which compensates for the narrower cardboard spool that Sunlu uses. I used the sample PLA filament that came with the machine and after I finished it I rerolled a new filament spool onto it, however, the X1 no longer recognizes the RFID tag and ignores it. I know the RFID tag system is working because it sees the Babmu support W just fine. The public RFID protocol allows for a certain value to distinguish between custom labels and Bambu filaments, which is good for improving filament utilization. It has to be said that Bambu’s filament colors are too few, and there are always too many surviving filaments.1. First stage feeder + Filament hub + Buffer. 2. Extruder (Cutter sensor + Filament detection sensor) AMS feeding path diagram. The feeder and filament Hub can detect the filament and load and unload the filament. The buffer feeds the signal .
I have sucesfully decoded all sector A keys of rfid tag. Currently waiting for shipment from Lab401 for mifare 1k tags. Some things i found till now is that every tag is different (keys,uid,.) even the 2 on same spool, and you can actually see .
Bambulab RFID Tag Guide. This guide gives you a basic overview how you can decrypt and read your tags. Since we don't know how Bambulab will react on this guide and the general reverse engineering of the tags: Please don't share you tag's UID and the related keys for now. Question: Can we use RFID stickers to identify third party filaments as well? If yes, what kind of RFID stickers should we use? Answer: The RFID is for use with Bambu Lab filament only at this time.You will need to add custom firmware and potentially an RFID reader (if your printer doesn't already have one). RFID support can theoretically be added to any printer using off-the-shelf RFID Modules such as the RC522 (as low as ).
Bambu Lab has said they are considering releasing it and making it open source. “The RFID is for use with Bambu Lab filament only at this time. Opening it might cause other issues at the moment. We are considering the possibility of opening this system.”BambuLab printers use MiFare 13.56MHZ RFID tags. These tags contain a unique ID that is not encrypted (called the UID) In most cases UID is fixed (not-changable). Some "hackable" rfid tags allow you to set the UID to anything you want. Blocks (Encrypted) MiFare tags also contain "Blocks" of data. You can use Sunlu's refills on Bambu's spools, and you can re-use the RFID tags from the Bambu rolls if you want to keep the AMS updated. I used this adapter, which compensates for the narrower cardboard spool that Sunlu uses. I used the sample PLA filament that came with the machine and after I finished it I rerolled a new filament spool onto it, however, the X1 no longer recognizes the RFID tag and ignores it. I know the RFID tag system is working because it sees the Babmu support W just fine.
The public RFID protocol allows for a certain value to distinguish between custom labels and Bambu filaments, which is good for improving filament utilization. It has to be said that Bambu’s filament colors are too few, and there are always too many surviving filaments.
1. First stage feeder + Filament hub + Buffer. 2. Extruder (Cutter sensor + Filament detection sensor) AMS feeding path diagram. The feeder and filament Hub can detect the filament and load and unload the filament. The buffer feeds the signal . I have sucesfully decoded all sector A keys of rfid tag. Currently waiting for shipment from Lab401 for mifare 1k tags. Some things i found till now is that every tag is different (keys,uid,.) even the 2 on same spool, and you can actually see .Bambulab RFID Tag Guide. This guide gives you a basic overview how you can decrypt and read your tags. Since we don't know how Bambulab will react on this guide and the general reverse engineering of the tags: Please don't share you tag's UID and the related keys for now.
Question: Can we use RFID stickers to identify third party filaments as well? If yes, what kind of RFID stickers should we use? Answer: The RFID is for use with Bambu Lab filament only at this time.
You will need to add custom firmware and potentially an RFID reader (if your printer doesn't already have one). RFID support can theoretically be added to any printer using off-the-shelf RFID Modules such as the RC522 (as low as ).
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