Creality Sermoon X1 Wireless 3D Scanner
The Creality Sermoon X1 represents a new generation of industrial 3D scanning systems, combining four advanced optical technologies into a single, highly capable device. With 34 cross blue laser lines, 7 parallel blue laser lines, a single deep-hole measurement laser, and NIR structured light, the X1 delivers exceptional adaptability for both high-speed and high-accuracy tasks. This hybrid configuration enables the scanner to seamlessly switch between detail capture, rapid geometric acquisition, deep-hole measurement, and marker-free scanning of large objects. Whether used in manufacturing, automotive inspection, product development, or digital documentation, the Sermoon X1 provides a level of precision and workflow flexibility that significantly elevates modern scanning standards. Its ability to capture fine details, complex structures, and large surfaces within the same operational framework makes it a versatile tool suited for both advanced engineering teams and demanding industrial environments.
Precision Measurement with Built-In Photogrammetry
One of the defining strengths of the Sermoon X1 is its integrated photogrammetry module, supported by two high-precision scale bars, enabling volumetric accuracy of 0.02 mm + 0.03 mm/m. This level of precision is essential for applications where dimensional consistency is critical—such as aerospace assembly, industrial mold calibration, reverse engineering, and restoration of mechanical components. The automated correction system recalibrates and compensates for spatial distortion during scanning, ensuring that the resulting 3D model remains geometrically accurate across large surfaces and long measurement distances. This internal photogrammetry capability eliminates the need for external calibration equipment, reduces setup time, and provides users with a streamlined data-capture experience. The system’s precision remains stable even in challenging environments, making the X1 a highly reliable tool for professional metrology workflows.
CNC-Machined Unibody Mount for Maximum Stability
The Sermoon X1 employs a robust CNC-machined unibody lens mount that provides exceptional structural rigidity and long-term mechanical stability. This integrated design minimizes the possibility of optical deviation, reduces frame shift, and prevents alignment errors during extended scanning sessions. By using high-strength alloys and precision-machined components, Creality ensures that the X1 maintains calibration accuracy even under continuous industrial operation. This mechanical foundation is particularly valuable for professionals who work in environments where vibrations, temperature fluctuations, and physical movement of equipment are unavoidable. The optoelectronic architecture eliminates micro-shifts in lens positioning, guaranteeing consistent scan fidelity over time. The result is an industrial-grade scanner that delivers reliable performance, reduces the need for repeated calibration, and provides long-lasting operational confidence for engineers and technicians.
Spray-Free Scanning of Black or Metallic Surfaces
Unlike many traditional laser scanners that struggle with dark, glossy, or metallic materials, the Sermoon X1 features an advanced hybrid illumination system that allows spray-free scanning of challenging surfaces. The combination of blue laser and NIR structured light provides better surface adaptability, enabling accurate data capture without the need for surface treatment sprays that can alter dimensions or increase preparation time. This capability is crucial in industries such as automotive engineering, mold manufacturing, industrial maintenance, and cultural heritage digitization where preserving surface integrity is essential. The X1’s sophisticated optical algorithms dynamically adjust exposure and noise suppression, allowing it to capture precise details on black rubber, chrome-plated metals, carbon fiber, anodized aluminum, and coated materials. This not only accelerates the workflow but also significantly reduces post-processing overhead.
High-Speed Scanning at 90FPS and 1,734,000 Points/s
Powered by advanced optical processing architecture, the Sermoon X1 achieves scanning speeds of up to 90 frames per second in laser modes, enabling rapid acquisition of complex geometries with extraordinary detail. The scanner can process up to 1,734,000 measurement points per second, making it highly suitable for high-volume inspection, fast prototyping, and real-time quality control applications. Such speed is especially beneficial when dealing with large mechanical components, automotive body panels, engine assemblies, or cast metal parts where reducing scanning time directly contributes to increased productivity. The combination of high speed and precision ensures that the X1 maintains granular detail without sacrificing workflow efficiency. By drastically reducing project duration, the X1 allows technical teams to complete multi-stage measurement tasks within significantly shorter timeframes.
Full-Color Scanning for Multi-Industry Applications
In addition to geometric accuracy, the Sermoon X1 supports full-color texture scanning across all operational modes. Equipped with a dedicated 2MP RGB imaging system and enhanced by a Qualcomm ISP processor, the X1 captures dense, lifelike texture data suitable for digital archiving, product visualization, realistic rendering, reverse engineering, and AR/VR integration. The system’s 12 dual-color LED fill lights ensure uniform illumination even in environments with uneven lighting, allowing the scanner to record rich surface details such as patterns, labels, corrosion marks, engravings, artwork, and material variations. This comprehensive texture-capture capability expands the X1’s usability into creative fields, museums, research institutions, and digital content studios while still serving demanding industrial measurement applications.
Wireless Wi-Fi 6 Scanning for Unrestricted Operation
With integrated Wi-Fi 6 connectivity, the Sermoon X1 offers high-speed wireless data transmission with rates reaching 4.7 Gbps and ultra-low latency of 10 ms, providing a seamless cable-free scanning experience. This enables operators to perform measurements in confined spaces, elevated positions, or large industrial areas without cable limitations. The scanner’s 5000 mAh battery delivers more than 4 hours of continuous operation, enhancing mobility and adaptability for field surveys, outdoor inspections, and factory-floor tasks. Wireless functionality also allows team members to collaborate more easily, transferring data instantly to connected workstations or cloud platforms. Whether scanning automotive parts in a workshop or documenting large structures outdoors, the X1 maintains uninterrupted performance and exceptional operational freedom.
Broad Object Compatibility from 5 mm³ to 4000 mm³
The Creality Sermoon X1 is engineered to accommodate an exceptionally wide range of object sizes, making it suitable for precision tasks involving miniature components as well as large-scale industrial structures. Its hybrid scanning system enables accurate measurement of parts as small as 5 × 5 × 5 mm³, such as jewelry, micro-mechanical parts, screws, gears, and electronic components, while also supporting large objects up to 4000 × 4000 × 4000 mm³ when using laser modes. In NIR structured-light mode, the X1 efficiently handles objects ranging from 150 to 2000 mm, eliminating the need for markers in many scenarios. This size flexibility allows companies to consolidate multiple scanning tasks into a single device, reducing equipment costs and simplifying workflow management. Whether used for high-detail micro-inspection or full-body anthropometric scanning, the X1 consistently delivers stable and reliable results across all size categories, making it a highly valuable investment for organizations managing diverse scanning projects.
Extended Outdoor and Harsh-Environment Scanning Capability
One of the key advantages of the Sermoon X1 is its ability to operate in challenging ambient conditions, including outdoor environments with high illumination levels. The system’s blue laser modes are capable of functioning under light intensities of up to 100,000 lux, while the parallel and single-line laser modes maintain stability below 50,000 lux. Furthermore, the NIR mode performs effectively below 30,000 lux, making it ideal for scanning under direct or semi-direct sunlight. This resilience significantly expands the scanning scenarios in which the X1 can be deployed—such as construction sites, automotive yards, archaeological locations, and industrial outdoor zones—without compromising data quality. The scanner’s adaptive exposure algorithms dynamically compensate for sudden lighting changes, ensuring continuous, noise-controlled point-cloud capture in bright, uneven, or reflective environments. This makes the X1 an invaluable tool for professionals who require consistent performance across both controlled indoor workshops and unpredictable outdoor settings.
Advanced Deep-Hole and Narrow-Structure Scanning
The X1’s unique single-line blue laser mode enables it to excel in applications where traditional scanners struggle—particularly in scanning confined spaces such as deep holes, narrow cavities, pipes, grooves, slots, and internal recesses. This mode supports a depth-to-diameter ratio of up to 6:1, demonstrating an exceptional ability to capture occluded geometries that would otherwise require destructive inspection. The capability was validated through a standardized test involving a pipe with a 28.68 mm diameter and a measured depth of 172.7 mm, confirming the scanner’s capacity to handle intricate internal surfaces. This feature is especially critical for industries such as mechanical engineering, oil and gas, precision machining, aviation maintenance, and mold fabrication where understanding internal wear patterns, defects, or structural inconsistencies is necessary for accurate evaluation. The X1 provides engineers with detailed 3D data essential for failure analysis, thermal simulation, CFD modeling, and internal architecture reconstruction.
Enhanced Workflow Efficiency with Fewer Markers
The Sermoon X1 is optimized to reduce the number of required markers by approximately 17.36% per unit scanning area, thanks to its expanded field of view and advanced tracking algorithms. This results in notable improvements in operational speed, preparation time, and overall workflow efficiency. For users working with large-scale projects such as automotive panels, engine blocks, industrial molds, sculptures, or large machine components, this reduction directly translates into fewer interruptions and a more streamlined scanning experience. The wide 650 × 531 mm maximum laser field of view allows larger surfaces to be captured in fewer passes, while the 1300 × 935 mm NIR structured-light field of view supports marker-free scans of medium to large objects. Collectively, these features significantly minimize manual input, reduce operator fatigue, and increase daily throughput—making the Sermoon X1 a highly efficient solution for intensive industrial metrology operations.
High-Performance Thermal Compensation and AI Stabilization
To maintain precision over long scanning sessions, the Sermoon X1 integrates an intelligent AI-driven thermal compensation system combined with an efficient heat-dissipation structure. This advanced module continuously monitors internal temperature variations and applies micro-adjustments to optical and computational parameters, ensuring that dimensional accuracy is preserved even during extended operation. The system also reduces the likelihood of tracking loss, frame drops, or stitching inconsistencies caused by operator movement or vibrations in the scanning environment. Through One-Shot 3D imaging technology, the X1 enhances scanning stability and improves point-cloud alignment, significantly minimizing artifacts that commonly appear in long-duration scanning projects. These capabilities make the X1 particularly well-suited for high-complexity tasks such as reverse engineering of mechanical assemblies, metrological inspections, digital twin creation, and detailed surface reconstruction, where long-term stability is essential.
Professional-Grade Color Mapping and Visualization Quality
The X1’s integrated color acquisition system elevates texture capture to a professional level. Supported by a Qualcomm ISP processor, a 2MP RGB camera, and 12 dual-tone LED lights, the scanner delivers rich color fidelity with consistent shadow control and reduced noise. This ensures realistic rendering of surfaces, including patterns, labels, artworks, patinas, corrosion marks, and even subtle material variations. The system’s color calibration algorithms maintain uniformity across different lighting conditions, enabling accurate reproduction of both natural and artificial textures. These features make the X1 invaluable for fields such as cultural heritage preservation, animation and game development, e-commerce 3D visualization, medical modeling, and educational research. The ability to combine high-accuracy geometry with vivid texture information allows teams to produce visually compelling 3D assets suitable for simulation, digital archiving, and advanced presentation workflows.
Ergonomic Design for Professional Mobility
The Creality Sermoon X1 features a carefully engineered ergonomic design that supports prolonged professional use without fatigue. Its lightweight 530 g body, balanced grip contour, and intuitive control layout enable users to maneuver the scanner naturally during long sessions, even when working on large or irregularly shaped objects. The durable protective case ensures safe transportation for fieldwork, while its modular internal structure keeps the scanner, scale bars, cables, and accessories securely organized. This mobility-focused design allows professionals in fields such as automotive inspection, on-site maintenance, industrial auditing, and academic research to easily travel between locations without compromising equipment safety. The X1’s portability and rugged build quality create an ideal balance between performance and practicality, making it suitable for daily professional use across variable environments.
Seamless Integration with Professional Engineering Software
The Sermoon X1 is fully compatible with CrealityScan 4.0, a sophisticated scanning suite designed to simplify complex workflows through intelligent automation and user-guided processes. The software provides features such as one-click noise reduction, automatic alignment, hole filling, mesh optimization, and texture blending. Its intuitive interface accelerates onboarding for new users while offering advanced settings for experienced engineers. Furthermore, the X1 integrates seamlessly with leading CAD, reverse engineering, and inspection software such as Geomagic Design X, QuickSurface, SolidWorks, and numerous 3D-printing preparation tools. This compatibility ensures that scan data transitions smoothly into downstream workflows, enabling highly efficient pipelines for design validation, prototyping, digital archiving, and metrological reporting. Whether used in manufacturing, research, or product development, the X1 provides a complete ecosystem that combines powerful hardware with professional-grade software integration.
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