Are you in Australia and looking to buy a Bambu Lab AMS Hub? This amazing hub can expand the number of AMS connected to Bambu X1 series printers. It boosts the refueling speed across multiple AMS units and supports buffered signal redundancy. You can increase the connection from 1 (4 channels) to a maximum of 4 (16 channels). What's in the box? You'll get 4x 6 - pin Bus Cables, 1x PTFE Tube, and 2x M3*28 Screws. There's also a how - to video available. Check out our Wiki article on Connecting AMS Hub and Multi - AMS. Installation is easy! First, install the AMS Hub on the back of the printer, replacing the Filament buffer if you have one. Connect it to the printer with the matching Bambu 4 - Pin cable, then connect it to the first AMS with the Bambu 6 - Pin cable and connect the rest in series. Use the PTFE Tube to connect the AMS Hub to the air tube connector on the back of the printer, making sure the tube passes between the 4 - pin plug and the spool holder to reduce resistance. Choose the right length of PTFE tube to connect the AMS and the AMS Hub, keeping it short and avoiding winding to reduce feeding resistance. The AMS Hub is made of plastic, metal, and a printed circuit board. It has a 24V 3A input, a packing size of 250*235*96 mm, weighs 700g, and is gray in color. Browse more Bambu products like AMS Spare Parts & Accessories, Filament, and various 3D printers and their spare parts.
Using the Bambu Lab AMS Hub is quite straightforward. First, install it on the back of your Bambu X1 series printer. If you have a Filament buffer, you'll need to remove it and put the AMS Hub in its place. Then, use the provided Bambu 4 - Pin cable to connect the hub to the printer. After that, connect the first AMS unit using the Bambu 6 - Pin cable. Keep connecting the remaining AMS units in series with the 6 - pin cables. For the PTFE tube, connect it between the AMS Hub and the air tube connector on the back of the printer. Make sure it passes between the 4 - pin plug and the spool holder to keep the resistance low. When choosing the length of the PTFE tube to connect the AMS and the AMS Hub, pick a shorter one and avoid winding it. This will help reduce the feeding resistance. As for maintenance, keep the hub clean and free from dust. Check the cables regularly for any signs of wear and tear. If you notice any issues, refer to the how - to video or our Wiki article for help. Remember, the AMS Hub operates on a 24V 3A input, so make sure your power supply meets this requirement. Also, be careful when handling the printed circuit board inside to avoid any damage.
