Bambu Lab X2D Setup: Unboxing, AMS Installation, Calibration, and First Prints

The Bambu Lab X2D was straightforward to assemble in my first setup, but it is not a printer to rush through. The machine itself was mostly assembled; the real work was removing every shipping restraint, connecting the screen and filament path correctly, then letting the guided calibration finish before the first print. My physical setup took about 15 minutes, followed by roughly 34 to 35 minutes of calibration.

This guide documents what I did in the original unboxing and first-print video. It is a first-look setup record, not a long-term reliability verdict. For the follow-up after a week of use, see my X2D one-week review.

Quick answer: what the X2D setup was really like

The X2D setup was guided and approachable, especially once the on-screen prompts and QR-code instructions took over. The important part is the physical inspection before power-on. I removed multiple pieces of foam, zip ties, screws, and protective materials from the printer, the build area, and the filament system. Missing one of those restraints is the kind of avoidable mistake that can turn an easy first day into a support ticket.

What I found in the box and prepared for setup

The X2D arrived largely preassembled. The accessory kit I showed included the display, power and adapter cables, spool-related hardware, a hotend, and basic tools such as a wrench and Allen keys. The packaging also included a quick-start path that used a QR code to walk through the unboxing steps.

I treated the printed instructions and on-screen prompts as a checklist rather than assuming the printer was ready immediately. The machine, AMS hardware, screen, tubing, and accessories each had protective packing to remove or connect. I did not receive filament, so the first print required bringing my own spools to the setup.

Step 1: remove every shipping restraint before turning it on

The printer had more than one shipping safeguard. In the video I removed marked screws and foam, checked the lead-screw holders, removed packaging around the build area, and took off protective material from the hotend area. I also checked the back of the build plate and the printer interior before moving on.

Step 2: install the display and connect the filament path

I connected the display cable at the rear, then slid the screen into its mount. The display angle was adjustable once installed. From there, the setup moved to the auxiliary extruder and filament-routing parts. I removed the protective tape, positioned the component, connected its cable, and slid it back into place.

The tubing connection deserved extra attention. In my setup, the tube needed to be pushed fully into its fitting; it took more insertion than I initially expected. I routed the grey tube into the printer and secured it with the blue clip, then connected the other tube to the feeder. A tube that is only partly seated can create a problem that looks like a feeding issue later.

Step 3: set up the AMS and external spool path

For this configuration, I installed the AMS hardware, removed the silica-packet label, routed the tubing, and connected the supplied cable according to the diagrams. I also installed the exhaust fan from the accessory package and connected it to an open port. The printer's setup flow identified the material positions after I loaded four new spools.

The X2D also had an external spool position connected to a separate internal hotend path. During this first setup I noted that combining the AMS with the external spool could be useful for future two-material workflows. That was an initial observation during setup, not a performance claim; the one-week review is the better place for results after actual use.

Step 4: complete the guided setup and let calibration finish

After the hardware was ready, I selected the language and region, connected the X2D to Wi-Fi, and completed the account/app prompts. The printer reminded me to remove the remaining transport pieces before it continued. The guided calibration took roughly 34 to 35 minutes in my setup.

That wait is normal first-day time, not a reason to skip calibration. It is worth planning the unboxing so the printer can finish this process before you expect to start the first model.

Step 5: load filament and verify what the printer detected

Once the AMS was installed, I loaded four new spools. The interface identified the colors and displayed humidity information. I also configured the external spool path. Before printing, I checked that the material choices in the printer matched the material information I would use in the slicer.

This is a useful pause point: make sure every loaded spool is correctly assigned before sending a project. A wrong material selection can lead to incorrect temperature, flow, or color decisions even when the machine itself is assembled correctly.

Step 6: first Bambu Studio setup and first job

In the video I downloaded Bambu Studio from Bambu Lab's software page, selected the X2D printer profile, and signed in so the printer appeared under Devices. The exact installer and account screens may change over time, but the important workflow remains the same: choose the correct printer profile, confirm the machine is online, and synchronize the material positions before slicing.

For the first Bambu Studio print, I imported a small easy-close box model, synchronized the loaded-filament information, selected black for the object, and stayed with the default material settings to establish a baseline. Bambu Studio selected a filament-saving print mode, and the job estimate was about 1 hour and 8 minutes. I also used the printer's on-screen sample print and enabled its USB timelapse option.

My first-print results

The initial sample prints and the first Bambu Studio job came out clean in this first-look session. I did not see first-layer or adhesion issues in those initial prints. That is encouraging, but it only describes the starting point after guided calibration—not a claim that every filament, profile, or future model will behave the same way.

My setup checklist for a new X2D

• Unpack the printer and use the QR-code or printed quick-start guide as a physical checklist.
• Remove every visible shipping screw, foam piece, zip tie, lead-screw restraint, hotend film, and build-area packing material.
• Install the display, then verify its cable is fully seated before sliding it into the mount.

• Connect and fully seat the filament tubing; secure the blue clip where applicable.
• Install the AMS and related accessories, then load your own filament because none was included in my package.
• Connect to Wi-Fi, follow the on-screen setup, and allow the first calibration to complete.
• In Bambu Studio, confirm the X2D profile and synchronize each loaded material before slicing a simple first job.

Common first-day mistakes to avoid

Assuming the printer is ready before the restraints are gone

The X2D was mostly assembled, which can make it easy to overlook the small transport materials. I would slow down here and check every part of the printer's motion path and build area before the first power-on.

Leaving the filament tube partly seated

The tube connection in my video needed a deliberate push to seat fully. If it does not feel secure, stop and check the fitting rather than forcing a print and troubleshooting feeding later.

Changing settings before you have a baseline

The cleanest first-day data comes from the correct profile, correctly identified material, a straightforward model, and the default process. Once that succeeds, you have a reference point for material or quality changes.

What I would do next after the first print

After the initial setup, read my Bambu Lab X2D one-week review for longer-term observations from using the machine.

If your X2D later develops a filament-path issue, follow the step-by-step X2D clogged-nozzle cleaning and hotend-swap guide.

For more X2D-specific coverage, settings context, and related videos, visit the Bambu Lab X2D guide hub.

Bambu Lab X2D setup FAQ

How long did the X2D setup take?

My hands-on physical setup took about 15 minutes. The guided calibration added roughly 34 to 35 minutes before I moved on to the first prints.

Did the X2D include filament?

No filament was included in the package I opened in this video. I used my own material for AMS setup and the first prints.

Should I change slicer settings before the first print?

I did not start by changing process settings. I chose the X2D profile, synchronized the loaded material, used a simple model, and kept the default material settings to establish a baseline.

Does a clean first print prove every material will work?

No. My initial results were clean after guided calibration, but different materials, models, nozzles, and process settings can change the outcome. Treat the first print as a baseline and test one variable at a time afterward.