Two 55W CO₂ laser cutters have reshaped the desktop laser market in 2026, and they come from very different backgrounds. The Bambu Lab R1 marks the 3D printing giant’s first dedicated laser product, bringing its signature “it just works” philosophy to subtractive manufacturing. The xTool P2S represents the matured evolution of a company that has dominated the desktop laser space for years, refining a proven formula with dual 16MP cameras and a vast accessory ecosystem. Both machines target makers who want serious CO₂ cutting power without an industrial workshop, but they take distinctly different paths to get there.
Design, Build, and First Impressions
The two machines occupy similar footprints, yet their industrial design tells different stories. The R1 measures roughly 940 × 560 × 200 mm with a 600 × 300 mm working area—compact enough for a garage or spare room, yet large enough for most furniture-scale project components. Its chassis feels sturdy and the assembly process is straightforward: clearly labeled components and a visual guide let most users get running within an hour. The fully enclosed design achieves Class 1 laser safety during normal operation, meaning no protective eyewear is needed when the lid is closed.
The xTool P2S is the larger machine of the two. At 1000 × 639 × 268 mm, it demands significant bench space and, critically, robust ventilation—CNET’s review explicitly notes that its “massive footprint means you’ll need a large workshop with good ventilation”. The trade-off is a slightly larger working area (26″ × 14″, roughly 660 × 355 mm) and a more premium, established build quality that reflects xTool’s years of iteration. Make: magazine’s review praised it as “a really well thought-out machine that shows a great evolution of the desktop laser cutter”.
Winner: The R1 for space-constrained makers and beginners who value a contained footprint. The P2S for those with dedicated workshop space who prioritize a polished, proven chassis.
Cutting and Engraving Performance
On paper, the two machines are nearly identical: both use 55W CO₂ laser tubes, both cut up to 20 mm acrylic and 18 mm black walnut plywood in a single pass. Real-world differences emerge in the details, however.
The R1 brings Bambu Lab’s motion-control expertise from its 3D printers. It engraves at up to 1000 mm/s with 20,000 mm/s² acceleration, roughly three times faster than the P2S’s maximum engraving speed of 600 mm/s. Bambu’s vibration compensation cancels residual shake after direction changes, keeping lines clean at high speeds—a feature directly inherited from its FDM printers. The TriSense system combines overhead and toolhead cameras, a focus laser, and XY encoders to achieve positioning accuracy within 0.2 mm and handle curved-surface engraving without manual setup.
The P2S counters with 200 KPa of air assist pressure—a massive advantage over the R1’s 30 KPa. In practice, this translates to cleaner engraving, deeper cuts on thick materials, and longer CO₂ tube life, because pressurized air keeps the lens clear and suppresses flare-ups. The P2S also offers dual 16MP cameras with 0.3 mm placement accuracy and auto-through capability for materials up to 118 inches long. Its rotary attachment and riser base are well-regarded accessories that make curved-object engraving genuinely practical.
Winner: The P2S for raw cutting quality and thick-material performance, thanks to superior air assist. The R1 for engraving speed and out-of-the-box precision.
Software and Ecosystem
This is where the two machines diverge most sharply. Bambu Lab’s Bambu Suite is a polished, integrated workflow tool that merges design import, layout preparation, and real-time monitoring. It offers a modest but functional library of material presets, and its camera integration streams live footage to the control panel—useful both for placement verification and as a safety check. However, forum users have noted that xTool’s app is “more intuitive than BambuSuite,” and the preset library for non-Bambu materials is limited. The R1’s killer software feature is Auto Laser Alignment: mount a sensor plate on the toolhead, and the machine reads the beam, finds misalignment, and corrects motorized mirror mounts in about a minute—eliminating the hour-long manual calibration chore that traditionally plagues CO₂ lasers.
The P2S runs xTool Creative Space (XCS), a free, cross-platform application (Windows, macOS, iPadOS) that has benefited from years of refinement and a large community of shared designs on xTool’s “Design Find” platform. The software includes an “AImake” feature that generates designs from prompts, a feature Bambu Suite currently lacks. It also supports LightBurn, the industry-standard laser control software, giving power users an alternative control path. For educators, xTool bundles a comprehensive Education Essentials Kit with teacher guides, onboarding curriculum, and material settings templates.
Winner: The P2S for software maturity, community resources, and third-party support (LightBurn). The R1 for automated calibration and seamless integration with Bambu’s existing MakerWorld ecosystem.
Safety Features
Both machines prioritize safety, but with different emphases.
The R1 operates as a Class 1 laser device when fully enclosed, with lid-stop interlocks, flame detection, and an emergency stop button. This means home users can operate it without laser safety goggles in normal mode. However, Bambu Lab explicitly warns that using the Riser Base or Conveyor accessory opens the enclosure, converting the machine to Class 4 and requiring laser-safety eyewear and trained personnel only.
The P2S also ships as a Class 1 enclosed device with safety interlock switches on both lid and baseplate. Its safety suite includes AI flame detection, a comprehensive Fire Safety Set, automatic lid locking during operation, and an optional SafetyPro AP2 filtration system that removes 99% of dust and odors. xTool does not provide safety goggles with the P2S—they must be purchased separately if using the machine with the riser in an open configuration.
Winner: Tie on core safety. The P2S has a more developed filtration and fire-safety accessory ecosystem; the R1’s Class 1 operation out of the box is a meaningful advantage for residential users.
Price and Value
The R1 undercuts the P2S significantly. At $2,499, the R1 lands well below the typical cost of comparable CO₂ systems. Bundle options include a Long Material Bundle at $3,229 and a Long Material & Rotary Bundle at $3,449.
The P2S launched at $4,999, but has since seen street prices around $2,399 depending on configuration and retailer. That price compression reflects both market pressure and the P2S’s maturity as a product line. Make: magazine’s tested configuration came in at $4,999 with accessories.
Winner: The R1 on pure price-to-spec ratio. The P2S’s value proposition depends heavily on whether you need its superior air assist, larger accessory ecosystem, and LightBurn compatibility.
Verdict: Which Should You Buy?
Choose the Bambu Lab R1 if:
- You already own Bambu Lab 3D printers and want a laser that integrates with the same workflow and software ecosystem.
- Space is at a premium and you need a compact, Class 1 enclosed machine for home use.
- You value automated calibration and want to minimize manual setup and tuning.
- You’re new to CO₂ lasers and want the most beginner-friendly experience at the lowest entry price.
Choose the xTool P2S if:
- You need maximum cutting quality on thick materials and clean engraving on demanding projects.
- You want access to LightBurn and a mature community of shared designs and settings.
- You plan to use the machine with a rotary attachment, riser base, or for education/classroom settings.
- You have a dedicated workshop with proper ventilation and don’t mind the larger footprint.
The R1 is the more disruptive product—a first-generation machine that leverages Bambu Lab’s automation expertise to make CO₂ laser cutting dramatically more accessible. The P2S is the more refined product—a second-generation tool from a company that has spent years learning what laser users actually need. If you value ease of use and ecosystem integration above all, the R1 is the clear choice. If you prioritize cutting performance, software flexibility, and proven reliability, the P2S remains the benchmark in the desktop CO₂ laser category.
