Bambu Lab X2D Combo - 256x256x256mm - afhending 18-22maí

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X2D er spennandi tveggja stúta prentari frá Bambu Lab. Hann er hannaður til þess að nota stuðningsefni í hægri stútnum (auxiliary) þó er mögulegt er að nota annan lit í þeim stút til að minnka sóun í litaprentun.

Prentflötur með einum stút er 256x256x256mm

Prenrflötur þegar báðir stútar eru notaðir er 235,5x256x256mm

X2D er vandað og þróað tæki með 31 skynjara til að fylgjast með prentun og auka prentgæði. 
Hitari er í prentaranum sem getur hitað prentklefan í 65°C til þess að geta prentað td. ABS, ASA, PC og Nælon.

Bambu Lab er þekkt fyrir góðan hugbúnað og einfaldleika í notkun, ásamt frábærum aðgangi að upplýsingum td. wiki.bambulab.com eða kennsluefni á Bambu Lab Academy.

Helst eiginleikar

• Prentstútur kemst mest í 300°C
• PMSM mótor
• Undir 50db í hljóðlátri stillingu (silent mode)
• Þriggja þrepa síu kerfi með G3, HEPA og kolasíu

• Hægt að stilla nákvæmni hreyfinga niður í 50 microns með aukabúnaðinum: Optional Vision Encoder

Helsti munur á X2D og P2S

• Tveir stútar
• HEPA og G3 síur
• Fleiri skynjarar (31 móti 16 á P2S)
• Aðeins betri upplausn á snertiskjánum
• X2D getur notað Vision Encoder plötuna til fínstillingar
• Gluggi á hliðunum

X2D, as the second-gen product of Bambu Lab's premium X Series, is
designed for premium surface quality and refined, crisp details. The
core idea of X2D is to minimize support harm in traditional 3D printing —
removal time, surface scarring — while bringing flagship-level print
quality to a broader user base, without the price barrier of the H Series.
X2D features a dual-nozzle extrusion system (main + auxiliary),
inherits the advanced algorithms and AI capabilities of the H Series,
and is equipped with an upgraded smart thermal control system,
significantly improving print quality and long-term stability. The instant
switching of dual nozzles also makes multi-color printing more efficient
— faster color changes, cleaner transitions, and less filament waste. In
one word, X2D is packed with high tech in a more accessible way.
Combined with the MakerWorld model platform and Bambu Studio's
dedicated presets, X2D delivers a complete end-to-end experience
from idea to finished object.

X2D inherits Bambu Lab's signature industrial design style, featuring an
all-metal frame that balances structural rigidity with visual refinement.
The toolhead is the design highlight of this generation — the dual
nozzles employ a purely mechanical switching mechanism, keeping the
toolhead lightweight while enhancing functionality. The chamber
interior features brighter lighting to improve the clarity of real-time
monitoring and time-lapse footage

Core Design: Dual-Nozzle System

In terms of mechanical design, X2D does not use a motor-driven nozzle
switching approach. Instead, it employs a purely mechanical gear-andtrigger mechanism. Nozzle switching is accomplished through
physical triggering, eliminating the weight of an auxiliary motor on the
toolhead. A lighter toolhead means lower inertia and vibration,
maintaining precise printing even at high speeds. Verified through lifecycle testing, this mechanism has completed over 1,000,000 nozzle
switches while maintaining smooth and reliable motion.
Applications
Dedicated Support Printing with Different Materials
The main nozzle prints the model while the auxiliary nozzle prints
support. This printing configuration not only saves significant time and
material waste from filament changes, but also achieves cleaner
support contact surfaces, reducing post-processing work for support
removal.

X2D covers all mainstream support strategies: PLA on the main nozzle
can be paired with PETG or PVA on the auxiliary nozzle for support;
PETG can be paired with PLA; TPU can be paired with PLA; engineering
materials such as PA6-CF and PET-CF can use ABS or ASA as support
Efficient Multi-Color & Multi-Material Printing
X2D's dual-nozzle design supports more efficient multi-color printing
for filaments like PLA and PETG — instant nozzle switching, faster color
changes, cleaner transitions, and significantly less waste. It also
supports TPU + PLA multi-material printing, directly producing finished
parts that combine rigidity and flexibility.

Bambu Algorithms & Calibration System
Printing conditions change over time — nozzle wear, filament moisture
— but X2D's built-in algorithm system continuously calibrates and
compensates to ensure consistently stable output. Combating the
instability of long-term use and making great prints reliably repeatable
— this is something only Bambu Lab can achieve.

Proprietary Dynamic Flow Calibration
Dynamic flow calibration is not a new concept. Bambu Lab's Dynamic
Flow Calibration goes beyond measuring a single K value — it
comprehensively considers the state of the extrusion motor, hotend,
nozzle, and the filament itself. Whether there is slight residue inside
the nozzle, gradual wear, or slightly damp filament, the system
compensates in real time, enabling premium print quality to be
consistently reproduced.

PMSM Servo Motor Extruder
Bambu Lab's proprietary PMSM servo architecture establishes an
intelligent extrusion governance system. It executes 20 kHz torque/
resistance and position sampling to dynamically modulate
electromagnetic torque vectors, stabilizing extrusion and detecting
filament grinding and clogging.

Vibration Compensation
Vibration Compensation suppresses ringing and ghosting, keeping
printed details sharp and precise. Additionally, the VFA cancellation
algorithm works together with the 1.5GT precision belt to reduce
periodic artifacts on vertical walls, delivering smoother surfaces

Smart Thermal Control System
X2D is equipped with a dual-mode smart thermal control system,
accommodating the full range from basic to engineering-grade
filaments.
In Cool Mode, designed for low-temperature filaments like PLA, X2D
draws in fresh cooling air through the external intake vent while
expelling warm air through the exhaust, creating continuous air
exchange. This ensures overhangs and bridges print cleanly and crisply.

In Heat Mode, the 300°C nozzle paired with a 65°C actively heated
chamber enables printing of high-performance engineering filaments
such as ABS, ASA, and Nylon. The chamber is actively heated with
continuously circulated and filtered air, maximizing heating efficiency
so that large engineering parts achieve stronger layer adhesion with
minimal warping

Precision & Long-Term Reliability
The proprietary Vision Encoder (sold separately) monitors and
compensates for belt stretch and mechanical drift in real time, helping
X2D maintain 50-micron-class motion accuracy across the entire build
volume, ensuring the machine retains factory-level performance even
after extended use.
Auto Hole and Contour Compensation accounts for material
shrinkage, bringing printed hole diameters closer to specification. Fitcritical parts such as bearings and fasteners assemble properly on the
first try.
The AI Monitoring System scans the build plate before each print to
detect residual debris. During printing, it monitors for clumping,
spaghetti, and purge chute jams in real time. The machine is equipped
with 28 sensors covering comprehensive monitoring of the feeding
path, thermal environment, and safety status.

Built for Home Use - Air Filtration

Regardless of operating mode, X2D is equipped with a three-stage air
filtration system — G3 pre-filter, H12 HEPA filter, and coconut-shell
activated carbon — effectively reducing odors and airborne particles,
using the same filtration solution as the H Series.
Usability

X2D has been thoughtfully optimized for everyday use

1. The quick-swap no zzle supports tool-free replacement — simple,
   intuitive, and easy even for first-time users.
2. Combined with Active Motor Noise Cancellation and an optimized airduct design, the machine operates below 50 dB.
3. Chamber lighting brightness has been improved, making real-time monitoring and time-lapse footage clearer than ever.