3D Printing Experiences Since Feb, 2013
Bambu Lab P1P
The Bambu Lab P1P is a versatile 3D printer featuring a coreXY system, offering print speeds up to 500 mm/s, customizable modular components, and support for a wide range of materials.
- Description
Description
Bambu Lab P1P – Fast, Modular, and Affordable 3D Printing for Makers
Experience high-speed 3D printing with modular upgrades in the Bambu Lab P1P, designed for creativity and efficiency.
The Bambu Lab P1P is designed for makers, hobbyists, and professionals who need fast and accurate 3D printing. With a coreXY motion system delivering print speeds up to 500 mm/s, it ensures rapid and precise prints. Its modular design enables easy upgrades and customization, allowing you to enhance your printer with multi-material capabilities and additional sensors. Supporting a variety of filaments from PLA to engineering-grade materials, the P1P offers excellent print quality for prototypes, industrial parts, and creative projects, all at an affordable price point.
Ready to print out of the box
No tinkering required. It just works right out of the box. Enjoy happy printing every day and great all-around quality.
CoreXY up to 20000 mm/s² Acceleration
The P1 series inherits the proven kinematics and motion control system of the Bambu Lab Flagship printer. It can print with up to 500 mm/s, the acceleration from zero to 500 mm/s takes just 0.025 seconds.
Vibration Compensation & Extrusion Compensation
The active vibration compensation (XY) algorithm and extrusion compensation guarantees extra smoothness and gets you good prints.
Succeed with a Perfect First Layer
The automatic bed leveling (ABL) sensor calibrates and levels the bed properly, making you a perfect first layer for every 3D print.
Customizable Options
The side panels of the Bambu Lab P1P can be customized, printed, and installed by users. 3MF files for the modplates and a 3D model are now available for DOWNLOAD with instructions included.
Upgrade Options
Bambu Lab P1P can be upgraded to P1S. And the kit provides enclosure and sufficient cooling solution for more high-temperature filaments.
