Bambu Lab A2L
€640.00 Inc. VAT
Features & Advantages
⋅ Large build volume: 330 × 320 × 325 mm³, suitable for large-scale projects.
⋅ Multi-tool system: Supports modular add-ons like blade cutting and pen plotting.
⋅ Full auto calibration: Automatically levels and sets offsets for quick, ready-to-print setup.
⋅ Pro-level stability: Uses Adaptive Vibration Compensation for precise printing, even with tall or heavy models.
⋅ Smart touchscreen UI: High-resolution, smartphone-style interface for easy control.
⋅ Indoor-safe certification: UL 2904 GREENGUARD certified for low emissions and safer indoor use.
Available on backorder
Oversized Build Volume
330 × 320 × 325 mm, about 105% larger than the 256 mm class. Can print large models like a full helmet in one piece or 40 fidget toys in a single run without splitting parts.
Modular Add-ons
Swap toolheads to turn the printer into a cutter for materials like stickers, leather, fabric, and paper. Useful for custom parts and designs.
Engineered for Stability
Built for highly stable printing with Adaptive Vibration Compensation and a Granular Damper to reduce shaking and improve precision.
Support 2nd-Gen AMS
Keeps filament sealed, dry, and ready to use. Supports expanded setups (4, 8, or 16 spools) for up to 19-color printing, plus drying and airtight storage.
Intelligent Print Monitoring
Uses sensors and AI to detect issues like clogs, tangles, or runouts, then pauses the print and guides you through fixes via the app.
Auto Flow Dynamics Calibration
Recalibrates before every print to adjust for filament condition, nozzle wear, and other factors, ensuring consistent, sharp results.
UL Clean Air Certified
Certified under UL 2904 for low emissions when using official filaments, making it safe for indoor use.
Engineered for Silence
Uses noise reduction systems and smart cooling to reach as low as 49 dB in Silent Mode, similar to a quiet library.
Connectivity & Privacy
Offers cloud printing for convenience or LAN-only mode for secure local control.
In the Box
| A2L | A2L Combo | |
| A2L | √ | √ |
| Tool Box | √ | √ |
| Build plate | √ | √ |
| Spool Holder | √ | √ |
| AMS Lite (Combo) | – | √ |
A1 Vs A2L
Primary differences between A2L and A1 series — is it just a bigger A1?
No. The A2L is not just a larger version of the A1 series. While it does add a much larger build volume (330 × 320 × 325 mm, about 105% bigger), most of the upgrades are in core mechanics and intelligence, not just size.
- Extrusion System Upgrade: Uses a PMSM closed-loop servo extruder for more stable power delivery during high-speed printing, with active monitoring for extrusion problems.
- Adaptive Vibration Compensation: Advanced multi-point, load-aware calibration that reduces ringing and ghosting, especially on large or tall prints.
- Physical Resonance Suppression: Built-in granular dampers help absorb vibrations physically, improving surface quality.
- Modular Creativity Expansion: Adds support for a blade-cutting module, enabling 2D work like stickers, leather, and fabric cutting.
- Improved Nozzle Clumping Detection: Dedicated physical-contact sensor improves reliability in detecting print issues early.
Why is the maximum bed temperature lower than the A1 series?
The A2L is designed as an open-frame printer optimized mainly for PLA and PETG, which don’t require very high bed temperatures. Because the build plate is much larger, heating it to very high temperatures would consume significantly more power and could strain typical home electrical circuits.
To balance performance and safety, the maximum bed temperature is limited to 80°C, enough for its intended materials while keeping energy use and electrical load more reasonable.