How to Set Up the xTool F2 Dual Laser Engraver

How to Set Up the xTool F2 Dual Laser Engraver

3D Printing

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Summary

  • xTool F2 is a portable, enclosed dual-laser engraver: 15W diode + 5W IR
  • Built-in 50MP camera for 0.1mm camera-alignment accuracy
  • 6,000mm/s maximum speed — fast enough for batch production runs
  • Works on wood, acrylic, leather, fabric (diode), plus metal, glass, and anodized aluminum (IR)
  • Compatible with xTool Creative Space software; pre-assembled, no calibration of the frame required

xTool F2 5W IR & 15W Diode Dual Laser Engraver, Built-in 50MP Camera

$499
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Purpose

Set up the xTool F2 for first use, understand which laser to use for which material class, and avoid the single operating error that causes hardware damage.

Prerequisites

  • xTool F2 unit
  • xTool Creative Space software (free download from xtool.com)
  • Ventilated workspace or the xTool Air Purifier accessory
  • USB cable or Wi-Fi network for device connection

Steps

  1. Unbox and place on a stable, ventilated surface. The F2 is fully enclosed, but it generates fumes during operation. Connect to power and install xTool Creative Space before turning on the laser.

  2. Connect via USB or Wi-Fi. USB is more reliable for first setup. The software will detect the device and prompt a firmware check. Complete any updates before calibrating.

  3. Run the 50MP camera calibration. Open Creative Space, navigate to Camera Alignment, and follow the prompted calibration print. The F2’s built-in camera provides 0.1mm alignment accuracy — this is the feature that makes batch engraving on pre-cut materials practical. Calibration takes about 3 minutes.

  4. Test on cardboard first. Set the 15W diode to 20% power, 500mm/s speed. Run a small test pattern. This establishes your baseline for the specific material and verifies beam alignment before working on final materials.

  5. Choose the correct laser for your material:

    • 15W diode: wood, MDF, acrylic, leather, fabric, coated materials, dark plastics
    • 5W IR: bare metal (stainless, brass, copper), glass, anodized aluminum, ceramics
    • Both: some coated metals benefit from an IR mark pass followed by a diode clean pass
  6. Set air assist for cutting passes. If your setup includes an air pump or xTool’s air assist accessory, enable it in Creative Space for any cut operation. Air assist clears smoke from the kerf, reduces charring, and extends lens life.

  7. Run your project. For engraving, set speed high (3,000-6,000mm/s) and power moderate (30-60%) depending on material. For cutting, slow down (300-800mm/s) and increase power. Use the camera preview to confirm artwork position before firing.

The Trap

Using the 15W diode on reflective bare metals — polished stainless, raw copper, polished aluminum — will cause the beam to reflect back into the optical path and can damage the lens assembly permanently. Reflective metals require the 5W IR laser, which is absorbed rather than reflected. If you’re unsure whether a metal is reflective, test a small corner with the IR laser first. The diode is for coated metals only.

Cited References

Photo by Opt Lasers from Poland on Pexels

Source: Make: Magazine

Content created with AI assistance and reviewed for accuracy.

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