The xTool F1 Ultra 2-in-1 — xTool fiber and diode laser engraver 20W is a hybrid desktop engraving system that combines a fiber laser source and a diode laser head in a single compact unit. With a combined 20W output, the machine is intended for precision marking and engraving across a wide range of materials, enabling high-contrast marks on metals with the fiber laser and detailed engraving on organic and polymer substrates with the diode laser. The design emphasizes accurate positioning, repeatability and compatibility with common design formats for prototyping, industrial marking and customization tasks.
Advantages
The dual-source arrangement lets users switch between fiber and diode modes without changing machines, reducing workflow interruptions. The fiber laser provides fast, high-contrast marking on metals and metal-coated parts, while the diode head offers fine raster engraving on wood, leather, acrylic and many plastics. Built-in alignment features and software compatibility make it suitable for repeatable batch marking and detailed single-piece engraving. The unit’s compact footprint and integrated control options support both workshop benches and small industrial stations.
Suitable for
- Permanent marking of metals such as stainless steel and aluminum
- Detailed engraving on wood, acrylic, leather and plastics
- Prototype and product customization including logos and serial numbers
- Small-scale industrial and workshop production requiring repeatable marks
When it may not be suitable
This hybrid laser system is not intended for cutting thick materials or high-power industrial cutting tasks; the 20W rating is optimized for marking and engraving rather than heavy cutting. It may also be less suitable for very large-format workpieces that exceed the machine’s working area or for processes requiring integrated material handling and automated loading at high throughput.
Key specifications
- Laser types: fiber laser and diode laser integrated in one unit
- Combined nominal output power: 20 watts
- Primary applications: metal marking (fiber), raster engraving on organics and plastics (diode)
- Positioning accuracy: designed for precise repeatable engraving and marking
- Compatible file formats: common vector and raster design formats (depends on supplied software)
- Typical mounting: desktop or bench installation for workshop and small industrial use
How to use
Prepare your material by cleaning surfaces for optimal marking contrast on metals or ensuring flat, secure placement for non-metal substrates. Select the appropriate laser head in the machine interface or software—fiber for metal marking, diode for wood or plastic engraving—then load the artwork in a supported format. Configure power, speed and focus settings according to material and desired finish; run a short test mark on a scrap piece if available. Monitor the process and follow safety precautions for laser use, including appropriate eye protection and ventilation for fumes when processing organic materials.
What to consider before purchase
- Intended materials: confirm whether your primary tasks require fiber marking, diode engraving, or both
- Workpiece size: ensure the machine’s work area accommodates the dimensions of typical pieces
- Ventilation and fume extraction: suitable extraction is required for engraving organic materials
- Safety provisions: plan for proper enclosures, interlocks and laser safety eyewear as applicable
Usage recommendations
For consistent metallic marks, use clean, oxide-free surfaces and tune the fiber laser pulse and speed for contrast without excessive material removal. For high-detail raster engraving on wood or acrylic, use the diode head at lower speeds with higher resolution settings and perform test passes to determine the best balance of speed and finish.
