Bambu Lab X2D - The Dual Nozzle 3D Printer For Everyone Stop overthinking with support - start peeling it off clean. The main nozzle prints the part. The auxiliary nozzle handles the support¹. X2D hands all the messy support work to a helper nozzle with its own material. Wrap steep overhangs, fabric folds, and internal channels with full support, then peel it away clean. Add more color, more details and more fun. Tough and soft. In one print Fuse PLA and TPU in a single model. Create bags, grips, and bumpers that come of the bed ready to use. Swap Colors Instantly Dual nozzles swap in a split second. Enjoy faster color changes, cleaner transitions, and far less waste. Your browser does not support our video. Tap. Switch. Done. Unlike traditional motor-driven systems, X2D packs a Gear-and-Trigger mechanism into the toolhead. The nozzle-change lever taps the trigger arm, driving an internal gear train to change the nozzle. No extra weight. Just a clean swap. A lighter toolhead means less inertia and vibration. Even at full speed, surfaces stay flawless - all the way to the top. Cool it. Before gravity makes it droop. Two intakes are always better than one. Freshly extruded filament is soft, but the X2D instantly flushes the chamber with cool air from dual left and right intakes. This constant air exchange stabilizes each layer for low-temperature filaments like PLA, cooling every line at exactly the right moment. So even on tricky angles, overhangs stay sharp and bridges stay clean. Your browser does not support our video. Hot Enough Isn't Enough. Heat It Even. The X2D pairs a 300 °C nozzle with a 65 °C actively heated chamber - hot enough for the majority of engineering filaments like ABS, ASA, and nylon. But temperature alone isn't the point - the active chamber distributes heat evenly, so layers bond strongly from edge to edge. Your large engineering prints come out strong and flat. Your browser does not support our video. Calibration adapts to wear and material changes. Most printers calibrate flow with a single K factor and use it in all scenarios. Bambu Lab doesn't. Flow Dynamics Calibration³ builds a time-varying, nonlinear model of your entire extrusion system. So whether there's minor residue inside the nozzle, gradual nozzle wear, or slightly damp filament, the system detects, calibrates, and compensates. Smooth surfaces and sharp edges stop being luck. They repeat. PMSM Servo System: Smoother surfaces start inside the extruder. Extruder gears grind into filament as they feed it, causing small pressure fluctuations that show up as tiny lines on the surface. Exclusive to Bambu Lab, the PMSM servo system⁵ counters this in real time. With resistance and position sampling at 20 kHz, it adjusts electromagnetic torque on the fly, smoothing out every micro-fluctuation before it reaches the surface. Your browser does not support our video. Smooth surface quality. Extrusion pressure stays precisely controlled, so flow stays stable and surface finish remains clean and uniform, print after print. Compensation makes corners sharp and details clean. Ringing and ghosting blur edges at high speed. Active Vibration Compensation cancels them in real time - so edges print crisp, no matter how fast. AI Camera keeps an eye on your prints. Before printing, the AI Liveview Camera and Toolhead Camera scan the build plate for debris and verify plate placement. During printing, they watch for spaghetti, nozzle clumping, and purge-chute jams in real time - pausing the job before it wastes hours of time and filament. Start Check | Spaghetti Detection | Nozzle Clump Detection | Purge Chute Jam Detection document.addEventListener("DOMContentLoaded", function() { var links = document.querySelectorAll(".color-link"); var mainImage = document.getElementById("mainImage"); links.forEach(function(link) { link.addEventListener("click", function(e) { e.preventDefault(); // Remove active state links.forEach(function(l) { l.classList.remove("active"); }); this.classList.add("active"); // Change image var newImage = this.getAttribute("data-image"); mainImage.setAttribute("src", newImage); }); }); });
