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Xtool F1 Ultra Advances Metal Engraving with Dual Laser Tech

Xtool F1 Ultra Advances Metal Engraving with Dual Laser Tech

2026-05-03

For laser engraving and cutting enthusiasts who constantly explore metal craftsmanship and seek to break through material limitations while pursuing ultimate precision and depth, the arrival of the xTool F1 Ultra shines as a brilliant beacon illuminating infinite creative possibilities. More than just a device, it serves as a bridge connecting imagination to reality, transforming creative visions into stunning artworks and practical products.

Revolutionary Dual Laser System

At the heart of the F1 Ultra lies its groundbreaking dual laser system, which ingeniously combines fiber laser and diode laser technologies. This innovative design shatters the material limitations of traditional laser engraving and cutting equipment, granting users unprecedented creative freedom. Whether engraving intricate patterns on hard metals or carving lifelike images on delicate wood, the F1 Ultra handles all tasks effortlessly, providing comprehensive professional solutions.

Fiber and Diode: Complementary Strengths

Before exploring the F1 Ultra's capabilities, it's essential to understand these two mainstream laser technologies. Like two sharp swords, each excels in different applications.

Fiber Laser: The Metalworking Specialist

Fiber lasers, known for their short wavelength (approximately 1.06 microns), deliver exceptional beam quality and energy density. This gives them unparalleled advantages in metal processing. Imagine highly concentrated energy cutting through metal with surgical precision—whether hard stainless steel or soft gold, fiber lasers produce flawless results.

Beyond cutting, fiber lasers excel in engraving, effortlessly creating detailed patterns, text, and logos on metal surfaces to enhance products with unique character and value. Their high electrical efficiency and low maintenance costs make them ideal for industrial production and high-end customization.

Diode Laser: The Creative Partner

Operating at longer wavelengths, diode lasers may lack the energy density of fiber lasers but shine with non-metal materials. They delicately cut and engrave wood, acrylic, leather, and paper, breathing new life into these materials.

Imagine carving intricate wooden decorations or personalizing leather accessories—diode lasers act like gentle artists transforming creativity into reality through light and shadow.

Overcoming Limitations

While fiber lasers excel with metals, they face inherent limitations. They cannot cut transparent materials like glass or clear acrylic as the beam passes through without absorption. Organic materials like wood or leather also challenge fiber lasers, typically requiring CO2 lasers. Reflective metals like copper and brass may need special configurations.

The F1 Ultra's dual laser design—combining 20W diode and fiber lasers—overcomes these barriers. Users can perform deep metal engraving and cutting with the fiber laser while effortlessly processing wood with the diode laser, significantly expanding application possibilities.

Enhanced Performance

The F1 Ultra represents a substantial upgrade from its predecessor, offering improved capabilities that make it a compelling choice. It cuts 0.4mm brass, 0.3mm stainless steel, and 0.2mm aluminum, demonstrating clear metalworking advantages. Its engraving depth and relief capabilities surpass the F1 model, meeting higher precision demands.

First-time buyers should consider their specific needs. While the original F1 remains cost-effective for basic portable tasks, the F1 Ultra offers better value for metal sheet cutting, deeper engraving, and larger projects.

Material Versatility

The dual laser system enables engraving nearly all common materials. The diode laser performs best on wood, acrylic, leather, slate, glass, and ceramic, while the fiber laser clearly engraves all metals (stainless steel, aluminum, gold, silver, iron, platinum) and plastics. This broad compatibility makes the F1 Ultra a versatile tool for diverse applications.

True Fiber Laser Technology

Notably, the F1 Ultra employs genuine fiber laser technology, using infrared laser as its source and fiber (diode-pumped fiber laser) as the gain medium. Unlike DPSS (diode-pumped solid-state) lasers in other models, the F1 Ultra maximizes laser power through fiber gain medium, producing stronger, more stable beams for deeper engraving and cutting.

Gold Engraving Excellence

Fiber lasers excel at engraving precious metals like gold. Their precise, concentrated beams create intricate engravings without material damage. The F1 Ultra's fiber laser makes it ideal for jewelry customization, serial number marking, and detailed gold designs.

Core Advantages

High Precision Engraving and Cutting

Advanced laser control technology enables exceptional precision for detailed patterns and complex text.

Powerful Cutting Capacity

The F1 Ultra cuts through various materials effortlessly, from hard metals to soft wood.

Intuitive Operation

Its user-friendly interface allows beginners to start creating quickly.

Safety Features

Multiple safety protections prevent laser leakage and accidents for worry-free operation.

More than just equipment, the xTool F1 Ultra represents a lifestyle of creative passion, perfection pursuit, and boundless exploration. It offers greater creative freedom, more expression methods, and enhanced enjoyment—an indispensable companion for turning ideas into reality.