3DPS logo
3DPS Europe
Service and development
News

News / article

New printers
← Back to news Back to homepage
Bambu Lab R1: the 55 W CO₂ laser has arrived
2026. 09. 23.
635

Bambu Lab R1: the 55 W CO₂ laser has arrived

1 min read

On September 22, Bambu Lab introduced its first standalone laser machine: the R1 uses a 55 W CO₂ laser, offers a 600×300 mm working area and automatic laser alignment.

The Bambu Lab R1 is no longer a teaser: on September 22, Bambu Lab officially introduced its first standalone CO₂ laser engraver and cutter.

The announced specifications include a 55 W CO₂ laser and a 600×300 mm working area. The system also features automatic laser alignment and optical/camera-based calibration functions. Bambu highlights wood, acrylic, glass, leather and textiles among the supported material classes.

A second manufacturing process alongside 3D printing

For 3DPS, the important point is not that the R1 is a 3D printer—it is not—but that Bambu Lab is adding a dedicated CO₂ cutting and engraving platform alongside additive manufacturing.

The launch material also describes automatic feeding for longer workpieces and safety features for the enclosed laser workspace. Safety classification and accessory-dependent configurations should be checked for the exact regional setup.

Source

Original source

Cover: Original animation.

Related articles
Archive

Earlier news

63 earlier article(s)
Commodore 64 Ultimate Returns: A Retro Legend, Not a 3D-Printed One
2026. 10. 01.
Technology
987

Commodore 64 Ultimate Returns: A Retro Legend, Not a 3D-Printed One

Commodore.net has officially relaunched its legendary home computer as the Commodore 64 Ultimate, rebuilding the classic machine on modern FPGA hardware. We cover it here as a curiosity: it has no direct 3D printing angle, since the case is produced with classic injection molding using the original 1986 tooling, not 3D printing.

LLNL: AI detects defects during 3D printing
2026. 10. 01.
Software / AI
545

LLNL: AI detects defects during 3D printing

Lawrence Livermore National Laboratory is using camera-based AI inspection to analyze direct ink writing layer by layer and detect defects during the build.