xTool P2S is a desktop 55-watt CO₂ laser cutter and engraver, developed as an upgraded version of the xTool P2. It maintains the same fully enclosed design, 600 × 305 mm working area, and 55 W sealed CO₂ laser tube as the original model, while introducing targeted improvements to airflow, alignment, and long-term maintainability. These changes—documented in the Architecture Lab Xtool P2 vs P2S analysis—include a more powerful 233 CFM exhaust fan, dual-cylinder 200 kPa air assist, a built-in beam alignment aid, and tool-less access to internal components for cleaning and calibration.
The P2S is optimized for cutting and engraving wood (including plywood and hardwoods up to ~18 mm thick), clear and colored acrylic (up to 20 mm), leather, rubber, paperboard, MDF, fabric, and coated metals. It can also engrave glass, stone, ceramics, and anodized aluminum, though it cannot cut uncoated or reflective bare metals. The system supports rotary engraving through an optional RA2 Pro attachment and accommodates curved or uneven surfaces using a built-in LiDAR-based height sensor and 3D surface mapping.
With maximum engraving speeds of 600 mm/s, a dual-camera vision system for precise layout alignment, and compatibility with both xTool Creative Space and LightBurn, the P2S is engineered for accuracy and repeatability in applications such as product labeling, signage, batch part production, and custom fabrication. The XTool P2S houses a Class 4 CO₂ laser source but is built with an enclosed chassis, interlocked acrylic lid, thermal monitoring, an emergency stop switch, and support for optional fire detection, all of which work to reduce exposure risks during normal operation and qualify it as an enclosed Class 1.
This review offers a structured, fact-driven analysis of the xTool P2S from an architect’s perspective, examining its mechanical design, motion system performance, workflow integration, accessory compatibility, and software behavior, grounded in hands-on testing conducted by Architecture Lab.
Technical Specifications
| Specification | xTool P2S 55W CO₂ Laser Cutter |
|---|---|
| Laser Source | Sealed CO₂ laser tube, 55 W output power |
| Working Area | 600 × 305 mm (23.6″ × 12″) effective engraving area |
| Bed Dimensions | 680 × 360 mm (26.7″ × 14.1″) honeycomb tray size |
| Max Material Height | 64 mm with tray; 71 mm without tray; up to 215 mm with optional riser base |
| Max Engraving Speed | 600 mm/s (X-axis acceleration 6400 mm/s²) |
| Motion System | Belt-driven X/Y gantry; Z-axis motorized focus (75 mm range) |
| Positioning Cameras | Dual 16 MP cameras (one panoramic, one close-up) for vision alignment |
| Camera Precision | 0.3 mm placement accuracy; 1000 DPI imaging resolution |
| Autofocus Sensor | LiDAR ranging sensor (0.01 mm precision) for auto focus |
| Cooling System | Closed-loop water cooling, 1.4 L capacity reservoir |
| Air Assist | Integrated adjustable air assist (dual pump, ~200 kPa pressure) |
| Exhaust Fan | Built-in exhaust fan, 233 CFM airflow (dual-blade high-speed) |
| Connectivity | Wi-Fi, USB, Ethernet (for PC connection and network control) |
| Supported Software | xTool Creative Space (proprietary) and LightBurn (third-party) |
| File Formats | SVG, DXF, JPG, PNG, BMP, etc. (vector and raster) |
| Operating Systems | Windows, macOS (desktop software); iOS/Android (mobile support) |
| Machine Dimensions | 1000 × 639 × 268 mm (39.4″ × 25.1″ × 10.6″) – desktop form factor |
| Machine Weight | 45 kg (99 lb) |
| Safety Class | Class I enclosed laser device (interlocked lid, emergency stop) |
P2S Improvements Over xTool P2
The “S” model introduces several enhancements compared to the original xTool P2 while maintaining the same laser power and size:
- Stronger Air Assist: Dual-cylinder air assist generates ~200 kPa pressure (vs. single-cylinder 150 kPa on P2) for improved smoke clearing and cut quality
- Higher Exhaust Flow: Upgraded exhaust fan (dual-blade 14,000 RPM) provides ~233 CFM airflow, compared to 145 CFM in the P2
- Optical Path Indicator: A new built-in beam alignment aid is included on the P2S (not available on P2) to assist with mirror alignment and ensure the laser path is correctly calibrated
- Ease of Maintenance: P2S adds convenient maintenance features – a quick-release exhaust fan mount for easy cleaning, a magnetic, removable filter screen for debris, and a “mistake-proof” laser mirror design that simplifies alignment
All other specifications (55 W tube, 600 mm/s speed, cameras, cooling system, etc.) remain identical between P2S and P2.
Design and Construction
- Enclosed Chassis: Rigid all-metal frame with an acrylic laser-safe lid. The enclosure contains fumes and blocks the 10.6 μm CO₂ laser beam to protect. The lid is interlocked with an automatic lock during operation for safety
- Laser Tube & Optics: 55 W sealed CO₂ laser tube mounted internally. The beam is delivered via mirror optics to the focus lens. P2S’s “optical path indicator” and improved mirror design help maintain alignment. The focus lens is adjustable via an autofocus mechanism (motorized Z-axis).
- Motion System: XY gantry with belt drives for high-speed positioning up to 600 mm/s. The head can move vertically ~75 mm for focusing. Precision linear components allow detailed engraving and repeatability.
- Cooling and Power: Integrated water cooling (1.4 L reservoir) dissipates heat from the laser tube. The system monitors coolant flow and temperature, with warnings for overheating or pump issues. A high-voltage power supply drives the CO₂ tube, and the total machine power draw is higher than the laser output (adequate electrical circuit recommended).
- Air and Fume Management: The machine includes a built-in air assist pump and exhaust fan. The air assist nozzle blows near the laser focal point to clear debris and smoke, improving cut fidelity. Exhaust is pulled through the rear port via the 233 CFM fan (in P2S) to vent smoke and fumes. For indoor use, an external filtration unit (optional) can be connected to the exhaust.
- Dimensions & Weight: With roughly a 1 m × 0.64 m footprint and weighing 45 kg, the P2S is a large desktop unit. Sturdy construction minimizes vibration at high speeds. Handles or two-person lifting may be required to move it safely. The machine’s working bed (680×360 mm) includes a removable honeycomb tray for material support.
Laser Cutting and Engraving Performance
- High-Power Cutting: The 55 W CO₂ laser provides cutting capability well above typical diode lasers. It can cut up to ~18 mm thick hardwood (e.g. walnut) or 20 mm clear acrylic in a single pass under optimal settings. Thinner plywood, MDF, leather, fabric, and similar materials can be cut quickly with clean edges. (Note: actual one-pass thickness depends on material properties and may require multiple passes for very dense or thick stock.)
- Engraving Speed: The system supports very fast engraving, up to 600 mm/s scanning speed, allowing rapid etching of patterns and images. The laser can raster-engrave photos, text, and designs on wood, acrylic, leather, anodized aluminum, glass, stone, etc. The motion acceleration (6400 mm/s² on X-axis) enables quick start/stop for detailed scanning without excess burn.
- Resolution and Detail: The laser spot size (~0.15 × 0.2 mm) produces fine detail. The dual-camera system can capture the working area at 1000 DPI, aiding in precise placement of artwork. Engraving of small fonts and intricate designs is achievable, with the machine’s repeatability aided by the rigid frame.
- Curved Surface Engraving: Thanks to an integrated 3D scanning feature, the P2/P2S can engrave on curved objects (e.g. tumblers or uneven surfaces) while maintaining focus. The machine uses automatic surface scanning and 3D model generation to adjust focal distance dynamically across a curved object. This Curve engraving capability allows consistent engraving on convex or concave surfaces without manual refocusing. (For extremely curved or cylindrical items, the rotary attachment is recommended.)
- Material Compatibility: The CO₂ laser’s wavelength excels at cutting organic materials and plastics. The P2S can cut or engrave wood, plywood, MDF, paper, cardstock, fabric, leather, rubber, acrylic, and other non-metallic materials It can also engrave (but not cut) glass, ceramic, stone (marble, jade, etc.), brick, cement, and coated metals. Note that bare metals (steel, copper, etc.) cannot be directly marked by a CO₂ laser; only painted, anodized, or otherwise surface-treated metals can be etched (the coating is ablated). The included adjustable air assist and proper settings are important to achieve clean results and to minimize charring when cutting wood or other combustibles.
Intelligent Features and Cameras
xTool P2S intelligent features and camera system enhance precision, automation, and flexibility, enabling complex workflows with minimal manual input:
Dual 16 MP Cameras
The P2S integrates two high-resolution cameras: a panoramic top-down camera for full-bed previews, and a close-up camera mounted near the laser head. The panoramic view supports drag-and-drop design placement, while the close-up view enables fine alignment with ~0.3 mm precision. Together, they support scan-to-cut workflows, object duplication, and precise targeting of small or pre-cut pieces.
Batch Object Detection
Using computer vision, the system detects the shapes of multiple objects placed on the bed and automatically replicates a design onto each one. This streamlines batch engraving—ideal for workflows involving tags, coasters, or small blanks—without needing manual alignment for each part.
Auto Focus and Height Sensing
A built-in LiDAR system measures material height with 0.01 mm accuracy before each job. The machine then adjusts the bed or lens for correct focus, ensuring consistent engraving depth and cutting performance, even on warped or uneven surfaces. This is also the basis for xTool’s curved surface engraving functionality.
Passthrough Capability
Front and rear pass-through slots allow long materials to be fed through the machine. With the optional conveyor feeder, the P2S can automatically process materials up to 3000 mm long, stitching each indexed section together in software. Without the feeder, manual pass-through is still possible for segmented processing of larger panels or boards.
Rotary Engraving Support
The P2S supports rotary engraving with the RA2 Pro accessory (sold separately). When paired with the Riser Base, it accommodates objects up to 180 mm in diameter. The system handles cylindrical items like bottles, tumblers, or batons, as well as irregular shapes using optional adapters, extending use to a broad range of 3D objects.
Software and Workflow
xTool P2S software and workflow are designed to balance ease of use with advanced control, supporting both beginner-friendly operation and deeper integration for experienced users:
xTool Creative Space (XCS)
The P2S ships with xTool Creative Space, a desktop application for Windows and macOS, with companion apps for iOS and Android. XCS combines design and control functions in a single interface. It supports SVG, DXF, PDF, PNG, JPG, BMP, and offers preset material profiles for common materials. Live camera preview, drag-and-drop layout, and one-click autofocus streamline job setup. For entry-level users, the interface is straightforward and does not require prior laser experience.
LightBurn Compatibility
Advanced users can use LightBurn via USB or Ethernet. This allows broader file format support (AI, HPGL, etc.), scripting, and layered control. However, features like dual-camera alignment, autofocus, and curved-surface engraving remain tied to the XCS ecosystem.
Connectivity Options
The P2S accepts jobs over Wi-Fi, USB, or LAN. Wi-Fi enables wireless transfers and mobile monitoring; USB and Ethernet provide stable connections for larger or longer jobs. Once data is transferred, the machine executes independently without relying on the connected device.
Camera-Assisted Workflow
The dual-camera system enables visual job alignment directly in the software. A wide-angle camera captures the full bed, while the secondary close-up unit allows accurate positioning for small or pre-cut materials. Users can scan and cut from hand-drawn elements, or align multiple items in one pass using camera batch placement tools.
Ease of Operation
The P2S includes dedicated hardware controls (Start/Pause, Emergency Stop), and integrated sensors for cooling, airflow, and fault detection. The combined hardware-software system reduces setup friction, enabling reliable results from first use.
Limitations and Weaknesses
xTool P2S limitations and weaknesses are practical and worth considering, especially for users working in architectural model-making, small-scale production, or design education settings:
No Honeycomb Bed in Standard Package
The base configuration includes a slatted aluminum tray, not a honeycomb bed. This presents a challenge for small or delicate parts, which may fall between the slats or shift during cutting. A honeycomb grid—important for supporting lightweight materials and improving airflow—must be purchased separately.
Limited Vertical Clearance Without Riser
The P2S has a fixed laser head and a default material height limit of ~70 mm. Engraving taller items (e.g. pre-assembled boxes, product packaging, or architectural mockups) requires the Riser Base accessory. Without it, vertical clearance is too limited for many three-dimensional objects.
Exhaust Fan Noise
While airflow performance is strong, the internal dual-fan exhaust system is noticeably loud—comparable to a high-speed vacuum. The automatic fan ramp-up during cutting may be disruptive in shared or quiet environments unless the machine is placed in a separate area or sound-isolated enclosure.
Wide-Angle Camera Limitations
The main overhead camera uses an ultra-wide lens to preview the full bed, but image sharpness and edge distortion reduce its accuracy for precise placements. For detailed alignment on small or pre-cut parts, users may need to rely on the secondary close-up camera or run placement tests.
Bulk and Weight
At approximately 45 kg, the P2S is heavy and not easily repositioned. It requires a large, stable surface and a two-person lift, especially when paired with the Riser Base. While the form factor is compact for its class, it remains a stationary tool once installed.
Ventilation and Accessory Costs
The P2S does not include onboard air filtration. Users must vent outdoors or purchase the external SafetyPro purifier. Other key accessories—like the Riser Base, RA2 Pro rotary, and Conveyor Feeder—are all sold separately. A fully equipped setup significantly increases the overall investment.
Software Constraints for Power Users
xTool Creative Space (XCS) is tightly integrated with hardware features. While user-friendly, it limits access to certain functions, such as auto-focus or curved-surface alignment, when using third-party software like LightBurn. This partial lock-in may be restrictive for users seeking fully open or scriptable workflows.
Strengths and Advantages
The xTool P2S’s strengths and capabilities make it one of the most versatile and complete desktop CO₂ laser systems in its class. While it has a few defined limitations, its performance, expandability, and user-focused design offer significant value for both professional and workshop environments.
High Power and Versatile Cutting Ability
The xTool P2S features a 55 W CO₂ laser that reliably cuts materials that many desktop systems cannot. It handles up to ~18 mm hardwood and ~20 mm acrylic in a single pass, and processes plywood, leather, rubber, fabrics, and all acrylic types—including clear and translucent—without issue. It also engraves glass, stone, ceramics, and coated metals (though it does not cut metal). The 600 × 305 mm working area supports full-format jobs, while the optional pass-through allows oversized material processing.
Robust Build and Safety Features
The P2S is built with an industrial-grade metal chassis and fully enclosed Class 1 housing. Its panoramic tempered glass lid and redundant safety interlocks prevent exposure during operation. The integrated water-cooling system keeps temperatures stable during long runs. Fit and finish are consistently high: the motion system is smooth, structural rigidity is excellent, and key components like the magnetic panels and service ports simplify maintenance access.
Effective Air Assist and Exhaust System
xTool P2S integrates a dual-stage exhaust system and dual-cylinder air assist pump (200 kPa), delivering excellent smoke clearance and edge cleanliness. Cuts produce less scorching, especially on wood and acrylic. Magnetic soot filters are easy to remove and clean, helping preserve long-term performance. The default exhaust hose is effective for venting outdoors; the optional SafetyPro AP2 purifier handles indoor use with minimal residual odor or haze.
Streamlined Offline Software and Intuitive Workflow
xTool’s Creative Space (XCS) software works offline and includes live camera previews, drag-and-drop positioning, and one-click autofocus. Dual 16 MP cameras provide both full-bed and close-up views, simplifying alignment—even on curved or irregular objects. The autofocus system uses LIDAR and camera input to calibrate height automatically. Material presets, batch processing, and support for LightBurn give the P2S flexibility across both simple and complex workflows.
Advanced Features and Expandability
The xTool P2S supports modular upgrades like the Riser Base (raising workpiece height to ~215 mm), rotary tools, and the Automatic Conveyor Feeder for pass-through cutting. 3D Cylinder Engraving maps curved objects using the onboard cameras, improving rotary accuracy. Additional features—such as optical path indicators, quick-release modules, honeycomb bed, and crumb collection drawers—enhance usability and maintenance.
In practice, the xTool P2S functions as a full-featured desktop laser workshop, offering advanced tools and clean workflows that scale from occasional use to production-level tasks.
Comparison to Similar Products
The xTool P2S enters a competitive field of desktop CO₂ laser cutters. Here’s how it compares to a few other prominent CO₂ laser cutters and engravers in this category:
- xTool P2: Architecturally identical but lacks key functional upgrades. The P2S introduces stronger airflow, faster axis acceleration, curved-surface engraving, and easier maintenance access—resulting in faster job completion and improved consistency in demanding use cases.
- Glowforge Pro: Lower laser power, smaller working area, and dependent on cloud-based software. It cannot cut thicker materials in a single pass and offers no support for rotary or offline use. Designed for simplified workflows but limited in precision control and expansion compared to the P2S.
- Gweike Cloud Pro II: Comparable cutting capacity with bundled rotary and filtration, but the software, camera accuracy, and interface quality are noticeably less refined. Suitable for cost-sensitive users, but behind the P2S in control, precision, and workflow polish.
- OMTech Polar: Similar in raw performance and bundled features but lacks automated focus, camera-based alignment, and integrated software control. Setup and calibration are manual. Best suited for technically skilled operators willing to trade automation for price.
- FLUX Beambox II: Larger workspace and higher raster engraving speed than the P2S. However, its air assist is weaker, and the accessory and support ecosystems are smaller. Performs well in fast raster tasks but underdelivers in cutting efficiency and integrated expandability.
Accessories and Add-Ons
To expand its capabilities, the xTool P2S supports several optional accessories:
| Accessory | Description & Function |
|---|---|
| Automatic Conveyor Feeder | A 4-in-1 rotary attachment for cylindrical and irregular objects. It can function as a standard roller, a chuck for holding round objects, a sphere engraver, or a ring engraver. The P2S supports diameters from 3 mm (rings) up to 180 mm (large cylinders) when used with the riser base. Allows 360° engraving on tumblers, bottles, pipes, balls, etc. |
| xTool RA2 Pro Rotary | A 4-in-1 rotary attachment for cylindrical and irregular objects. It can function as a standard roller, a chuck for holding round objects, a sphere engraver, or a ring engraver. The P2S supports diameters from 3 mm (rings) up to 180 mm (large cylinders) when used with the riser base. Allows 360° engraving on tumblers, bottles, pipes, balls, etc. |
| P2 Riser Base | Lifts the machine to increase the max workpiece height to 215 mm. This open-bottom platform attaches under the P2S, creating clearance for taller objects or for using the RA2 rotary on large items. Includes extension cables for connections. |
| Smoke Purifier | An external air filtration system that connects to the exhaust outlet. It contains a multi-stage filter (pre-filter, HEPA, activated carbon) to remove particles and odor from laser fumes, allowing indoor use without direct venting. The purifier is a separate box with its fan; using it can reduce the effective exhaust CFM, so the high-power internal fan of P2S helps maintain airflow. |
| Fire Safety Set | Fire suppression upgrade consisting of a sensor module and an automatic fire extinguisher (often a small aerosol canister or suppressant). It integrates with the P2S to detect flame or high heat and deploy the extinguishing agent to douse a flame. This provides an extra layer of protection, especially for unattended operations or when cutting flammable materials. |
(Standard accessories included with the base machine: exhaust hose, power cables, tool kit, and basic material samples for testing.)*
Conclusion
As a laser cutter for an architect’s office—or even as a serious investment for an architecture student—the xTool P2S 55W CO₂ laser cutter stands out as an exceptionally capable and well-rounded choice. It can handle nearly every material typically used in model-making: greyboard, chipboard, MDF, plywood, acrylic (including clear and mirrored), and more. The large working area and high cutting speed make it practical for both quick prototypes and complex presentation models. Its dual-camera system with autofocus and 3D curve handling significantly reduces alignment errors and setup time, while the 55 W laser offers more cutting power than anything else at this size and price point. That said, it’s important to budget for a honeycomb bed from the start—small parts will fall through the included slat tray—and to consider either installing the machine away from desks or preparing for its loud exhaust fan during operation. Despite these manageable compromises, the P2S delivers the kind of precision, speed, and flexibility that architectural work demands, making it a solid foundation for daily use in both academic and professional environments.
