xTool F2 Ultra UV

XTOOL F2 ULTRA UV

The xTool F2 Ultra UV introduces a transformative standard in high-precision laser processing, leveraging an ultra-short 355 nm wavelength that enables unparalleled detail, minimal heat influence, and flawless material preservation across a vast range of substrates. Ultraviolet lasers operate fundamentally differently from traditional CO₂ or diode lasers, as their high-energy photons directly break molecular bonds rather than relying on heat accumulation. This principle, known as “cold processing,” allows the xTool F2 Ultra UV to engrave and cut with extraordinary clarity while eliminating issues such as scorching, dark edges, or thermal deformation. As industries increasingly demand finer micro-engraving capabilities—especially in electronics, medical devices, jewelry, optics, and luxury customization—the xTool F2 Ultra UV stands out as a highly specialized solution engineered for professionals who require accuracy at the micron scale without compromising surface integrity or structural performance.

Why UV Technology Leads the Future of Clean Material Processing

Ultraviolet lasers have long been the preferred technology for disciplines requiring absolute material stability, including semiconductor production, biomedical research, and precision plastics manufacturing. The 355 nm wavelength used in the xTool F2 Ultra UV is capable of producing beam spots below 10 μm, ensuring virtually zero surplus heat and allowing pristine engraving on surfaces that typically distort under infrared-based laser systems. This enables flawless results on glass, crystal, textiles, plastics, acrylics, rubber, ceramics, coated materials, and other substrates where traditional lasers struggle or require messy pre-coating steps. The xTool F2 Ultra UV not only inherits the scientific reliability of UV technology but enhances it with advanced optics, superior beam shaping, and a thermal-free engraving profile that preserves the natural transparency, texture, and molecular stability of sensitive materials. As a result, creators, laboratories, and production facilities can achieve exceptional engraving resolution and predictable repeatability without needing additional post-processing.

Mastering the Complex World of Glass Processing

Glass—one of the most challenging materials for traditional laser systems—becomes effortlessly manageable with the xTool F2 Ultra UV. Its high-energy photon interactions penetrate the internal microstructure of glass without cracking, chipping, or causing thermal stress. This allows professionals to perform stunning 3D inner engraving, delicate surface etching, optical-grade embossing, and precision cutting with unmatched clarity and consistency. The F2 Ultra UV excels in producing durable, high-contrast images and geometric patterns that maintain structural integrity even when engraved deep inside crystal and high-density glass. Its capabilities extend to rotary glass engraving and batch operations, providing businesses with an efficient solution for high-volume production, luxury customization, and artistic applications. The uniformity of the UV beam ensures that every engraved point is identical, enabling seamless rendering of intricate logos, portraits, patterns, and text with remarkable depth accuracy. The device establishes itself not merely as a tool but as a groundbreaking glass-processing platform used in art studios, laboratories, and manufacturing facilities worldwide.

The Power of Cold Processing and Zero Dark Edge Engraving

One of the most defining features of the xTool F2 Ultra UV is its ability to create perfectly clean cuts and engravings without leaving behind dark edges, burn marks, or melted residues. Cold processing—enabled by the 355 nm UV wavelength—ensures that the laser interacts with materials at a molecular level rather than through thermal conduction. This eliminates color distortion, carbonization, and warping commonly seen in infrared laser systems, making the UV laser ideal for plastics, acrylics, rubber, coated metals, and resin-based materials that traditionally experience surface damage. The minimal heat-affected zone ensures pristine finish quality without requiring pre-coating sprays or post-polishing. Professionals working in branding, electronics marking, medical device identification, and fine jewelry engraving benefit immensely from this level of cleanliness, as it enhances legibility, micro-contrast, and durability. The xTool F2 Ultra UV’s cold-processing performance is a significant competitive advantage for businesses that require high-quality output with consistent accuracy across long production cycles.

Micron-Level Laser Spot for Museum-Grade Detail

The xTool F2 Ultra UV achieves a laser spot size of 0.01 × 0.01 mm—over 100 times smaller than what CO₂ lasers typically produce. This allows the device to render ultra-fine lines, micro-textures, and surface details that resemble museum-quality craftsmanship. Whether engraving the delicate texture of feathers in a miniature artwork or producing micro-engraved security patterns for anti-counterfeiting applications, the UV beam’s precision ensures flawless reproduction. Such resolution is indispensable in industries that demand micro-marking accuracy, including aerospace, medical manufacturing, watchmaking, and high-value consumer goods. The positioning accuracy of 0.2 mm, supported by advanced dual-camera systems and LiDAR-assisted ranging, ensures the device maintains perfect consistency even for multi-layer engravings or complex surface geometries. This high-precision optical architecture ensures that the xTool F2 Ultra UV can achieve engraving qualities previously limited to industrial systems costing several times more.

The Most Intelligent User Experience Ever Engineered by xTool

Beyond its raw precision capabilities, the xTool F2 Ultra UV introduces an exceptionally refined operational workflow through its AI-powered software ecosystem. The system is designed to simplify advanced engraving techniques traditionally requiring expert-level knowledge, enabling users to achieve professional results with minimal learning curve. The built-in AI agent transforms ordinary 2D artwork into highly detailed 3D engraving models in just one click, eliminating the need for manual depth mapping or complex volumetric modeling. Whether users wish to convert text, logos, vector graphics, or artistic designs into three-dimensional inner-glass engravings, the software handles all computational processes automatically. Combined with the enhanced preview system—supported by dual high-resolution cameras—the device guarantees precise placement, accurate focusing, and seamless alignment, making even intricate multi-stage workflows incredibly intuitive and accessible to both professionals and beginners.

Dual 48 MP Cameras for Superior Alignment and Operational Confidence

The xTool F2 Ultra UV is the first UV laser system to integrate dual 48-megapixel cameras specifically engineered to improve alignment accuracy, preview fidelity, and auto-focusing performance. These cameras work in tandem to deliver a comprehensive view of the workspace, ensuring the system achieves a positioning accuracy of 0.2 mm—an impressive 60% improvement over single-camera systems commonly found in consumer-grade laser machines. The wide-angle upper camera provides a complete view of the entire working area for precise job placement, while the lower macro camera enables extremely detailed previewing for micro-engraving tasks. This dual-camera configuration eliminates guesswork, reduces material waste, and allows confident execution of one-pass engraving processes. For industries relying on tight tolerances and guaranteed repeatability—such as electronics labeling, precision prototyping, and industrial identification—the camera system provides a major operational advantage.

Unlocking the Widest Material Compatibility in UV Laser Systems

The xTool F2 Ultra UV is engineered to handle materials that conventional lasers cannot process safely or cleanly. Thanks to its high-energy ultraviolet wavelength, the device can engrave an extensive range of substrates including glass, acrylic, crystal, ceramic, metal, wood, leather, plastic, silicone, and rubber. It can also cut materials such as wood, paper, fabric, leather, plastics, and even selected thin glass sheets using multiple passes. This broad compatibility makes the F2 Ultra UV an ideal tool for professionals in product design, custom art production, scientific prototyping, and personalized gifting. Unlike CO₂ lasers, which struggle with reflective materials, or diode lasers, which fail to deliver consistent clarity on transparent substrates, the UV laser’s cold-processing mechanism ensures predictable, clean results across all supported materials. This exceptional versatility enables businesses to expand their service offerings, streamline production, and meet diverse customer demands without investing in multiple separate machines.

Advanced Processing Capabilities for Both Surface and Inner Engraving

The xTool F2 Ultra UV offers a 200 × 200 mm working area for surface engraving and a 70 × 70 mm capacity for 3D inner-glass engraving, enabling highly specialized work such as internal sculptures, volumetric text, and embedded micro-art. With the conveyor accessory attached, the working length extends to 500 mm, allowing continuous batch engraving for commercial-scale production. The system supports rotary engraving up to 150 mm in diameter, making it ideal for cylindrical objects such as wine glasses, tumblers, lenses, and industrial components. The maximum engraving speed of 15,000 mm/s ensures rapid throughput without sacrificing detail, enabling businesses to produce high volumes efficiently. This versatility—combining surface engraving, inner engraving, rotary processing, and extended-length operations—positions the xTool F2 Ultra UV as one of the most flexible UV laser systems available for both creative and industrial use.

Exceptional Cutting Capabilities Through Multi-Pass UV Laser Engineering

While UV lasers are primarily optimized for engraving, the xTool F2 Ultra UV’s multi-pass cutting capabilities allow it to slice through 15 mm basswood and 12 mm acrylic. Its precision beam shaping ensures that cuts remain clean, narrow, and free of charring, making the device suitable for prototyping, artistic model building, sign-making, and fine-pattern manufacturing. Multi-pass cutting is enhanced by the system’s ability to maintain consistent focus across varying depths using its autofocus and LiDAR ranging features. This ensures that even thick materials or layered composites are cut with uniform edge quality. The combination of cutting, engraving, and internal laser etching in a single machine provides small businesses and creative studios with an unparalleled all-in-one solution.

Smart Motion System and High-Resolution Vector Fitting

The xTool F2 Ultra UV is equipped with a highly refined motion system capable of achieving a motion resolution of 0.00133 mm for inner engraving tasks and a vector fitting resolution of 0.001 mm. These extremely small increments allow the system to execute sharp corners, delicate curves, and micro-scale geometry with exceptional fidelity. Where traditional systems often struggle with jitter, backlash, or inconsistent path following, the F2 Ultra UV maintains stable precision even at high speeds. This level of mechanical accuracy is essential for micro-mechanical components, identification markings, high-resolution artwork, and secure serialization tasks. When working with transparent or highly reflective materials—where even minor errors become visible—the F2 Ultra UV ensures uniform, aesthetically refined output across the entire surface.

AI-Enhanced Software Workflow for Professional-Level Control

xTool Studio, the software powering the F2 Ultra UV, supports a comprehensive suite of 2D and 3D file formats, including SVG, DXF, PNG, JPG, BMP, STL, OBJ, AMF, 3MF, GLB, and PLY. This allows users to import highly complex meshes, photogrammetry results, CAD-generated models, and artistic designs with ease. The built-in AImake engine simplifies operational tasks such as depth mapping, vector conversion, autofocus calculations, and engraving simulation. Users can perform high-speed live previews, generate accurate camera-based material outlines, and apply automatic distortion correction—all without requiring external tools. This integrated workflow dramatically reduces preparation time and enhances accuracy, making the xTool F2 Ultra UV one of the most user-friendly yet technically advanced systems in its class. Whether used for scientific research, production engineering, commercial personalization, or advanced artistic applications, the software ensures a smooth and reliable creative experience.

Engineering Excellence Through Autofocus and LiDAR Integration

To maintain optimal engraving quality across varying surfaces and object geometries, the xTool F2 Ultra UV incorporates an advanced autofocus mechanism supported by a LiDAR ranging system. This integration ensures extremely accurate distance measurements and automated focal adjustments without manual calibration. The system evaluates the material height, corrects tilt, and ensures the laser beam remains precisely focused at the micron level, even when transitioning between different depths or surfaces. For inner-glass engraving, where exact sub-surface focal placement determines clarity and depth perception, this feature is essential. Moreover, LiDAR-assisted focusing enhances cutting accuracy, allowing multi-pass cuts to remain consistent throughout the entire material thickness. By combining optical sensing with intelligent actuation, the F2 Ultra UV guarantees reliable processing quality across all supported materials.

Industrial-Grade Build Quality and Comprehensive Safety Engineering

With Class 4 laser safety certification, the xTool F2 Ultra UV ensures safe operation while meeting rigorous industrial standards. The device is built using high-strength materials and precision-engineered components, ensuring long-term durability under continuous professional use. Its enclosed architecture, reinforced frame, and high-efficiency cooling system maintain stable performance even during extended production cycles. The machine’s dimensions—294 × 429 × 520 mm—provide a compact yet powerful workstation suitable for studios, workshops, research laboratories, and industrial environments. Internally, the optimized airflow system minimizes dust accumulation and preserves optical clarity. The 348W maximum input power ensures efficient energy use while supporting high-speed operation. These engineering refinements make the F2 Ultra UV a dependable tool for both small-scale creators and large-scale manufacturing operations requiring long-term reliability.

Designed for Professional Environments and Demanding Production Cycles

The 22.5 kg machine weight and reinforced internal structure highlight the F2 Ultra UV’s industrial-grade build quality. This robust construction ensures the machine remains stable during high-speed engraving operations, contributing to its exceptional accuracy. Its wide operating temperature range of 10–30°C and storage tolerance of −10 to 60°C allow deployment in diverse environmental conditions, from professional studios to manufacturing floors. The device’s high-efficiency internal cooling ensures beam stability during prolonged usage, extending optical component lifespan and preventing overheating. With support for USB, Wi-Fi, and IP connections, the device integrates seamlessly into modern production workflows, enabling real-time monitoring, remote operation, and multi-machine coordination. These characteristics make the xTool F2 Ultra UV suitable not only for artistic engraving or customization but also for industrial batch processing, research prototyping, and commercial product marking.

A Comprehensive Solution for Art, Industry, Research, and Customization

The xTool F2 Ultra UV is far more than just another laser engraver; it is a complete precision-processing ecosystem designed to meet the demands of professionals, engineers, researchers, and artists who require unmatched detail and absolute control. By combining cold UV laser processing, micron-level beam resolution, intelligent focusing systems, dual-camera alignment, advanced AI-powered software, and exceptional material compatibility, the system establishes a new benchmark for what a professional UV laser can achieve. Whether producing personalized gifts, engraving internal 3D glass sculptures, marking industrial components, designing micro-art, or fabricating prototypes, the F2 Ultra UV delivers reliable, repeatable, and visually flawless results. Its engineering depth, optical sophistication, and software intelligence position it as a premier choice for those who demand the highest levels of accuracy and creative flexibility.