Features
Best for Craft Fairs and Beginners
Best for Scaling & Faster Production
Still Unsure? Choose Based on Your Scenario
More Material & Process Comparisons at a Glance
Why MOPA Is the Professional Choice in Metal Work
Powered by MOPA, xTool F2 Ultra delivers a more versatile metal processing experience beyond ordinary fiber lasers.
Color Engraving
With its wider pulse and frequency range, MOPA makes it easy to engrave hundreds of vibrant colors on metal, boosting your product value.
True Black Marking
MOPA can precisely control pulse width and frequency to engrave deep black marks in fewer passes—no marking spray needed like fiber.
Faster 3D Engraving
60W MOPA engraves 3D metal coins 5× faster than 20W fiber, helping you finish orders quickly and achieve faster payback.
Metal Cutting
With higher power, you can cut thicker metal and turn it into premium products for new markets—a 1mm name necklace takes just 6 minutes.
Where F2 Ultra Outperforms Competitors
Genuine Praise from Real Users
xTool F2 Ultra is the ultimate metal engraving machine, delivering incredible power and limitless possibilities for both engraving and cutting.
If you’re ready to turn your creative passion into real profit, xTool F2 Ultra is the tool you need. Combining speed, versatility, ease of use, and strong business potential, it’s the perfect choice to kickstart your entrepreneurial journey.
Powered by advanced MOPA laser technology, xTool F2 Ultra unlocks endless possibilities for color engraving on metal, rapidly boosting the value of your products.
It’s a true productivity booster for small businesses. With dual laser sources, xTool F2 Ultra covers all materials and opens up greater possibilities in metal processing.
We tried using xTool F2 Ultra to engrave jewelry on metal, and the results were so exquisite that ordinary materials turned into high-value pieces.
In the Box
FAQ
F2 Ultra:
Equipped with both a 60W MOPA fiber laser and a 40W diode laser. Best for users who want maximum versatility in materials and processes. Supports color marking on metals, deep engraving, cutting, and processing on non-metal materials.
F2 Ultra(single):
Equipped with only the 60W MOPA fiber laser. Better for users who mainly work with metal materials.
F1 Ultra uses a Q-switched fiber laser, equipped with both a 20W fiber laser and a 20W diode laser, a single camera, speeds up to 10,000 mm/s. Best for standard metal marking and entry-level needs.
The F2 Ultra can cut brass up to 2mm, stainless steel up to 2mm, aluminum up to 1mm. Engraving depth depends on the material and settings, but the 60W MOPA fiber laser ensures deep and precise results across a wide range of metals.
F2 Ultra can engrave almost all materials. Metals like gold, silver, aluminum, stainless steel (with multiple colors), platinum, titanium (with multiple colors), and others. Non-metals like wood, acrylic, plastic, slate, glass, paper, cardboard, and others.
F2 Ultra comes with a 12 months warranty.
The working area is 8.6 × 8.6 inches (220 × 220 mm) and 8.6 ×19.6 inches (220×500 mm) with the conveyor.
The F2 Ultra cuts brass and stainless steel up to 2mm, silver up to 1mm, and gold up to 0.2mm. Since laser processing is subtractive, precious metals like gold and silver may experience minor loss, so we recommend considering this before processing.
Engraving depth depends on the material and settings, but the 60W MOPA fiber laser ensures deep and precise results across a wide range of metals.
Important Note:
- *All product specifications and processing features displayed on this website are based on xTool's internal testing conducted under optimized conditions. Actual performance may vary depending on individual product differences, usage patterns, materials, environmental conditions, and other external factors.
- *Project photos and videos are for inspiration and to demonstrate creative potential; individual outcomes remain contingent upon user technique, material choice, and environmental factors.
- *Comparisons are based on publicly available information or internal testing under comparable conditions. Differences in testing methods, configurations, and environments may result in varying outcomes.