
Bambu Lab
Bambu Lab P1S
An Enclosed CoreXY printer, the P1S offers rapid production of parts using engineering materials.
- Free shippingShips within 0–2 business days · 3–7 business day delivery
- 2-year warranty
- Secure payment
Description
The Bambu Lab P1S features a fully enclosed CoreXY system, engineered for rapid fabrication using engineering-grade filaments, including ABS and ASA. A camera is incorporated to observe each layer for timelapses and for remote inspection. Moreover, strain-gauge auto-levelling and input shaping technologies maintain print consistency even at increased speeds. The unit supports printing with up to 16 colours using the AMS. A 256 mm enclosed build chamber holds warmth for creating ABS/ASA/PC components without warping. Before starting each print, the P1S autonomously recalibrates belt tension. It also initiates active vibration compensation. This maintains the initial accuracy, preventing it from diminishing as drive belts age. A 1000 W supply connected to a 220V circuit allows for fast heating of the enclosed chamber and bed. Maintaining a consistently warm environment is important for preventing deformation in ABS or ASA components during production. The AMS unit is available for individual purchase, or as part of the P1S Combo bundle.
Highlights
- CoreXY system, fully enclosed
- Capable of up to 16-color printing when using the AMS
- Compatibility with materials like ABS, ASA, PC, and PA-CF
- Achieves 500 mm/s speeds with input shaping
- Monitoring camera is integrated
Specifications
- Technology
- FDM (enclosed CoreXY)
- Build volume
- 256 × 256 × 256 mm
- Max speed
- 500 mm/s
- Nozzle
- 0.4 mm hardened steel
- Max nozzle temp
- 300 °C
- Max bed temp
- 100 °C
- Bed levelling
- Automatic, strain-gauge sensing
- Filament types
- PLA, PETG, ABS, ASA, PC, PA-CF
- Frame
- Fully enclosed
- Camera
- Built-in monitoring camera
- Connectivity
- Wi-Fi, Bambu Cloud
- Power consumption
- Up to 1000 W (220V) / 350 W (110V)
- Vibration compensation
- Active belt-tension recalibration before each print



