Laser Engraver xTool F1 Ultra 2-in-1 — fiber and diode 20W, includes conveyor belt

xTool F1 Ultra 2-in-1 is a dual-mode laser engraver that integrates a fiber laser and a diode laser with a combined nominal output of 20W. Designed for industrial and workshop environments, this machine supports precise engraving and marking on a wide range of metals and non-metal materials. The included conveyor belt accessory enables continuous processing of multiple workpieces, improving throughput and repeatability for small-series production and batch marking tasks.

Advantages

The dual-mode design allows users to switch between fiber and diode lasers depending on the material and desired finish, enabling both fine metal marking and visible engraving on organics and plastics. A 20W nominal power rating provides a balance of speed and detail for engraving and marking applications. The integrated conveyor belt streamlines handling of multiple items, reducing manual repositioning and increasing process consistency. Built for workshop and light-industrial use, the unit offers stable alignment and repeatable results for serial marking, identification, and decorative engraving.

Suitable for

• Marking and engraving stainless steel, aluminium and other metals
• Engraving and surface processing of plastics, wood and coated materials
• Serial part marking, traceability codes and QR/UID engraving
• Short-run production where automated feeding and consistent alignment are required

Key specifications

• Dual-mode laser system: fiber laser and diode laser combined
• Nominal laser power: 20W total output
• Conveyor belt accessory for continuous part handling
• Capable of precision marking and engraving on metals and non-metals
• Designed for workshop and light-industrial use with repeatable alignment

How to use

Position the workpiece on the conveyor or in the work area and secure it according to the material and job requirements. Select the appropriate laser mode—fiber for metal marking and diode for certain non-metal surfaces—and set parameters such as power, speed and number of passes based on material and desired depth. Calibrate focus and alignment following the manufacturer's guidelines before starting the job. For batch jobs, load parts onto the conveyor, configure the file or marking sequence in the control software, then start the automated cycle. Monitor the process and make incremental adjustments as needed to maintain quality and repeatability.

Usage recommendations

Use appropriate personal protective equipment and adequate extraction when engraving or marking. Test settings on sample material to determine optimal power and speed combinations. For metal marking, choose fiber mode and moderate power with short pulse durations for high-contrast marks; for plastics and coated surfaces, use the diode mode with lower power and multiple passes if necessary. Regularly inspect and maintain the conveyor and optical components to ensure consistent results in serial operations.