Which laser engraver actually fits your project?
Enter the minimum flat-work dimensions you need, then add workflow constraints. The tool filters our source-verified machine dataset rather than ranking machines by affiliate payout.
xTool S1 20W
Laser: 20W diode
Standard work area: 498 × 330 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: Yes
Expansion: 470 × 3000 mm with automatic conveyor feeder + rails
Official source · Verified 2026-09-16
xTool S1 40W
Laser: 40W diode
Standard work area: 498 × 319 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: Yes
Expansion: 470 × 3000 mm with automatic conveyor feeder + rails
Official source · Verified 2026-09-16
xTool F1
Laser: 10W diode + 2W infrared
Standard work area: 115 × 115 mm rounded rectangle
Rotary: Supported / accessory available
Direct bare-metal marking: Yes, with the listed IR/fiber architecture
Enclosure: Yes
Expansion: Portable galvo workflow; no larger standard flat bed listed on compared source
Official source · Verified 2026-09-16
xTool F1 Ultra
Laser: 20W blue diode + 20W 1064 nm fiber
Standard work area: 220 × 220 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Yes, with the listed IR/fiber architecture
Enclosure: Yes
Expansion: 220 × 500 mm with conveyor
Official source · Verified 2026-09-16
LaserPecker LP5
Laser: 20W 450 nm diode + 20W 1064 nm fiber
Standard work area: 120 × 160 mm ellipse / 100 × 100 mm square
Rotary: Supported / accessory available
Direct bare-metal marking: Yes, with the listed IR/fiber architecture
Enclosure: No / open-frame
Expansion: 160 × 300 mm with Slide Extension
Official source · Verified 2026-09-16
xTool P2
Laser: 55W CO₂ glass tube
Standard work area: 600 × 305 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: Yes
Expansion: Large enclosed CO₂ desktop workflow; check current accessories for pass-through/conveyor use
Official source · Verified 2026-09-16
AtomStack A24 Pro
Laser: 24W diode
Standard work area: 360 × 280 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: No / open-frame
Expansion: 360 × 800 mm with conveyor
Official source · Verified 2026-09-16
SCULPFUN S30 Pro Max
Laser: 20W diode
Standard work area: 370 × 360 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: No / open-frame
Expansion: Official page lists expansion to 370 × 900 mm or 890 × 900 mm
Official source · Verified 2026-09-16
Creality Falcon A1 Pro 20W + 2W IR
Laser: 20W diode + optional 2W 1064 nm IR
Standard work area: 358 × 268 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Yes, with the listed IR/fiber architecture
Enclosure: Yes
Expansion: Class 1 enclosed desktop system; IR module adds direct metal/plastic marking capability
Official source · Verified 2026-09-16
WeCreat Vision 20W
Laser: 20W diode; optional 2W IR module
Standard work area: 420 × 290 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: Yes
Expansion: 378 × 3480 mm with automatic conveyor feeder; auto-lifting 0–140 mm
Official source · Verified 2026-09-16
ACMER P2 33W
Laser: 33W diode
Standard work area: 400 × 400 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: No / open-frame
Expansion: Optional area extension kit; modular laser heads within P2 family
Official source · Verified 2026-09-16
LONGER Ray5 20W
Laser: 20W diode
Standard work area: 400 × 365 mm
Rotary: Supported / accessory available
Direct bare-metal marking: Not in the base architecture
Enclosure: No / open-frame
Expansion: Open-frame platform with optional rotary, camera and extension accessories
Official source · Verified 2026-09-16
This is a constraint-matching tool, not a universal “best” ranking. A machine can physically fit a project and still be wrong for the material, required production speed or safety setup. Direct-metal marking here means the listed configuration includes an IR/fiber source suitable for direct marking; it does not imply deep industrial metal engraving.
Use material fit first
Before selecting by bed size, check whether the source family is appropriate for the material. Use the material compatibility explorer, then compare ownership cost and accessory requirements.
Related: machine comparison, rotary compatibility database, and total cost of ownership calculator.