xTool XT-P5010442 MetalFab Laser CNC Cutter - 1200W

Brand: xTool

SKU: #XT-P5010442
$8,999.00

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PRODUCT DETAILS

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  • Overview
  • Reviews
  • Questions and Answers
  • Manuals

    View PDF FileDownload Manual Instructions PDF

  • FAQ

    What laser sources are compatible with the xTool MetalFab CNC Cutter?

    xTool MetalFab is designed exclusively for use with the integrated laser source of the xTool MetalFab Laser Welder and CNC Cutter (800W and 1200W models). It is not compatible with other standalone xTool laser modules (e.g., those used with xTool engravers) or laser welding/cutting units from any other manufacturers.

    What materials can xTool MetalFab CNC Cutter handle, and what's the maximum cutting thickness?

    CNC Cutter compatible with the 1200W Laser Welder supports various materials. The maximum thicknesses are listed below:

    • Stainless Steel:
      • Recommended Cutting Gas: Compressed Air / Nitrogen
      • Max Cutting Thickness: 5mm
    • Aluminum:
      • Recommended Cutting Gas: Compressed Air / Nitrogen
      • Max Cutting Thickness: 4mm
    • Brass:
      • Recommended Cutting Gas: Compressed Air / Nitrogen
      • Max Cutting Thickness: 3mm
    • Galvanized Steel:
      • Recommended Cutting Gas: ≤1 mm: Compressed Air / Nitrogen; >1 mm: Oxygen
      • Max Cutting Thickness: 10mm
    • Carbon Steel:
      • Recommended Cutting Gas: ≤1 mm: Compressed Air / Nitrogen; >1 mm: Oxygen
      • Max Cutting Thickness: 10mm

    Can xTool MetalFab CNC Cutter process precious metals like gold or silver?

    Processing precious metals such as gold, silver, and platinum with this machine is not recommended. The laser cutting process inherently melts and vaporizes the material, which leads to significant material loss. This makes it generally unsuitable for valuable precious metals where material conservation is critical.

    Can xTool MetalFab CNC Cutter process pure copper (red copper)?

    No, the machine cannot process pure copper. Pure copper is a highly reflective material. During processing, a significant amount of laser energy can be reflected back towards the machine, posing a high risk of damage to critical components like the laser source and the welding/cutting head optics.

    What’s the difference between cutting with compressed air and nitrogen?

    When cutting common metals like stainless steel, brass, and aluminum, you can use either compressed air or nitrogen.

    • Nitrogen leaves a bright and clean cut edge.
    • Compressed air is more cost-effective but may not produce the same surface finish.

    Can xTool MetalFab CNC Cutter achieve thicker cuts by repeating passes?

    No. With a 1200W laser welder, CNC Cutter can cut:

    • Maximum thickness for stainless steel with nitrogen or compressed air: 5mm
    • Maximum thickness for carbon steel with oxygen: 10mm
    Why multiple passes don't work: If the first pass fails to cut through, molten metal splashes onto the surface, leaving residue around the kerf. This interferes with subsequent passes and tracking, making it impossible to cut deeper through repetition.

    How should I choose a gas supply system?

    We offer a recommended gas setup: xTool selected air compressor and air dryer, which can stably supply 0.6 MPa of pressure. When used with xTool’s self-developed nozzle, it supports cutting up to:

    • 5mm stainless steel
    • 4mm aluminum
    • 3mm brass
    However, the self-developed nozzle works via contact cutting, which may leave scratches on the material surface. For fine crafts with high surface quality requirements, we recommend using:
    • A nitrogen gas cylinder (available from local gas suppliers), or
    • A larger laser-grade screw compressor.

    Can xTool MetalFab CNC Cutter do marking?

    Marking is not recommended on highly reflective materials.

    • It is possible to mark stainless steel, but be sure to limit marking duration and use appropriate parameters.
    • Brass and aluminum are highly reflective, and marking them can cause laser back-reflection, leading to permanent damage to the laser. Marking on these materials is not supported.
    Recommended marking settings for stainless steel:
    • Power: 11%–15%
    • Duty cycle: 20%
    • Use only simple vector graphics like letters or numbers for each pass.

    Do I need to wear protective glasses while using xTool MetalFab CNC Cutter?

    No. The protective window includes optical filtering material, designed to block 1080nm wavelength. It meets Class 1 laser safety standards with leakage below 1.95mW, which is equivalent to regular room lighting. The large viewing window also ensures safe viewing throughout the cutting process.

    When cutting thick materials, the ceramic ring on the telescopic nozzle gets contaminated during piercing. How can I avoid this?

    For shapes with a lead-in line: Enable the Soft start function in the software. For open paths without a lead-in: Use Perforate before cutting in the software to reduce splatter buildup on the ceramic nozzle.

    What software is required to operate xTool MetalFab CNC Cutter? Is CYPCUT supported?

    xTool MetalFab Laser Welder and CNC Cutter are designed to work exclusively with xTool Creative Space (XCS). Third-party software, including CYPCUT, is not supported. XCS supports functions including perforate before cutting, fly cut and smart nesting, which are designed specifically for MetalFab. Users can download the latest XCS on https://www.xtool.com/pages/software.

    What is "Perforate before cutting" in XCS? When should I use this function?

    Perforate before cutting is a critical initial step in the laser cutting process, primarily used when working with thick materials or materials with high surface reflectivity.

    • Function: Instead of starting the cut while moving along the path, the laser first dwells at the starting point to create an initial hole through the material.
    • Purpose: This ensures a clean start to the cut and prevents issues such as incomplete penetration or excessive laser energy reflecting off an uncut surface, which could potentially damage the material or the machine.
    • Configuration: To adjust piercing parameters in XCS, select your design on the canvas. The relevant settings can usually be found in the process parameters panel displayed on the right side of the interface.

    What is "Soft start" in XCS, and when should I use it?

    For thicker materials, if slag or burning occurs at the cut's starting point after adding a lead-in, enable "Soft start." This feature initiates the cut at a slower speed to ensure cut quality.

    What is "Fly-cut" in XCS, and when should I use it?

    Fly-cut is a feature designed to improve cutting efficiency when processing multiple shapes that are identical in size and parameters (such as circles or rectangles) and arranged in a regular grid.

    What are the operating and storage temperatures for xTool MetalFab CNC Cutter?

    • Storage Temperature: -10°C ~ 60°C
    • Operating Temperature: 0 °C-40 °C

    Are there components that need maintenance after long use? How do I take care of them?

    • Cutting nozzle
      • Maintenance Interval: Every 4 hours of operation
      • Cleaning Instructions: Power off, remove the nozzle, clean with alcohol and a cotton cloth. Use a brush to clean metal residue off the ceramic sleeve. Replace if heavily contaminated.
    • Baseplate
      • Maintenance Interval: Every 4 hours of operation
      • Cleaning Instructions: Power off, remove and clean out cut waste to keep the drawer base clean.
    • Exhaust fan
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off, disconnect, and clean gently with a damp cloth.
    • Protective lid
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Lens protecter
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Close/Distant view camera fill light
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Dust sheet
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Slats
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Remove and clean any attached metal particles or oil.
    • Baseplate rail
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • X/Y axis
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Fixture
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.
    • Protective lid surface
      • Maintenance Interval: Every 20 hours of operation
      • Cleaning Instructions: Power off and clean gently with an alcohol-soaked cloth.

    What are the necessary consumables for machine operation?

    Lens protectors of the welding head, cutting nozzles, welding nozzles, cleaning nozzles, slats, steel wire, and metal sheets.

  • Videos

    Lesson 1: How to Unbox and Test the MetalFab?

    Lesson 2: How to Cut and Weld a Practical Product?

    Lesson 3: How to Produce High-Quality Weld Beads?

    Lesson 4: How to Cut Carbon Steel and Galvanized Sheet?

    Lesson 5: How to Cut Thick Metal when the Cutting Tip Knob Range Is Exceeded?

    Lesson 6: How to Cut Long Materials Using Passthrough?

    Lesson 7: How to Extend the Lifespan of MetalFab?

    Lesson 8: How to Solve the Problem of Dross on the Cutting Surface?

    Lesson 9: How to Solve the Problem of CNC Cutting Not Going Through?

    Lesson 10: How to Fix Incomplete Handheld Cutting?

    xTool MetalFab CNC Cutter - Unboxing and First Use

    xTool MetalFab Laser Welder - Safety Training on Laser Welding

    xTool MetalFab CNC Cutter - Place and Secure Materials

    xTool MetalFab CNC Cutter - Set Cutting Parameters in XCS Software

    xTool MetalFab CNC Cutter - Install the Welding Gun

    xTool MetalFab CNC Cutter - Active Vibration Compensation

    xTool MetalFab CNC Cutter - Install the Double-layer Cutting Nozzle

    xTool MetalFab CNC Cutter - Adjust Focus Scale Position

    xTool MetalFab CNC Cutter - Calibrate the Focus Position

    xTool MetalFab CNC Cutter - Change the Welding Torch Focus Position

    xTool Metal Fab CNC Cutter - Unboxing and First Use

    Routine Care for xTool MetalFab CNC Cutter

    xTool MetalFab CNC Cutter Packing Guide

    Calibrate the Cameras for xTool MetalFab CNC Cutter

    Replace the Distant-view Camera for xTool MetalFab CNC Cutter

    Replace the Exhaust Fan for MetalFab CNC Cutter

    Replace the Strip Light Inside the Protective Lid for xTool MetalFab CNC Cutter

    Replace the Strip Light near the Distant-view Camera for xTool MetalFab CNC Cutter

    Replace the Close-view Camera for MetalFab CNC Cutter

    Replace the Safety Lock for xTool MetalFab CNC Cutter

    Replace the Carriage Controller Board for xTool MetalFab CNC Cutter

    Replace the Carriage Motor for xTool MetalFab CNC Cutter

    Replace the Motor of the Y-axis Guide Rail for xTool MetalFab CNC Cutter

    Replace the Motor of the X-axis Guide Rail for xTool MetalFab CNC Cutter

    Replace the Ul Board for xTool MetalFab CNC Cutter

    Replace the Power Monitoring Board for xTool MetalFab CNC Cutter

    Replace the Driver Board of the X- and Y-Axis Guide Rails for xTool MetalFab CNC Cutter

    Replace the Main Control Board for xTool MetalFab CNC Cutter

    Replace the 320W Switched-Mode Power Supply for xTool MetalFab CNC Cutter

    Replace the 100W Switched-Mode Power Supply for xTool MetalFab CNC Cutter

    Replace the Capacitive Sensor Board forxTool MetalFab CNC Cutter

    How to Replace the Carriage Limit Swith (Z-Axis) for xTool MetalFab CNC Cutter

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