When does the xHorse 3D XScanner need to be calibrated?

This section explains when xHorse 3D XScanner needs calibration, helping you to use the device more effectively.

26-02-05 01:52 177

Do I need to purchase scanning software separately for the equipment?

X scanner 3D, is independently developed and available for free.

26-02-05 01:51 106

What are the system requirements of the computer for the 3D scanning software?

The software requires Windows 10 or a later version of the operating system. Recommended Computer Configuration

26-02-05 01:51 140

What file formats can 3D laser scanners export for 3D scanning results?

No description available

26-02-05 01:50 171

Is the software for the XScanner 3D Laser Scanner self-developed or open-source modified? What format does the scanned model output — mesh or solid?

The supporting software is independently developed. The scan can output either point cloud data or mesh data.

26-02-05 01:50 122

Is the 3D Scanner Software Compatible with Other CNC Machines?

3D Scanner Software Compatible with Other CNC Machines

26-02-05 01:49 98

Is the XScanner 3D Laser Scanner a Structured Light Device?

The XScanner 3D utilizes laser triangulation technology, featuring 7×2+1 blue laser lines.

26-02-05 01:49 121

Website Under Construction

No description available

26-05-26 11:06 51

What are the Application Areas of Desktop Five-Axis CNC Machining Centers?

Specific Application Areas and Detailed Descriptions of the Xmachine XM-100 Desktop Five-Axis CNC Machining Center:

26-04-24 02:49 161

How to Scan Reflective and Black Materials? Explanation of Common Issues in 3D Scanning

When 3D scanning special materials, abnormal surface reflection often causes data distortion or loss of detail. For reflective objects, adjusting the laser angle and exposure time can reduce glare-related interference. For black objects, increasing laser brightness and exposure time, together with software optimization, can strengthen signal capture. For objects with complex materials, enabling adaptive scanning allows the system to automatically identify surface characteristics and optimize parameters, improving the clarity, stability, and completeness of the final model data.

26-03-07 03:27 291

Xhorse3D Xscanner Laser Scanner: Overcoming Material Limitations for 0.05 mm High-Precision Modeling

The Xhorse3D Xscanner laser scanner adopts blue laser scanning technology, with a maximum scanning accuracy of up to 0.05 mm. Through the combination of 7 pairs of crossed blue laser lines, 1 high-energy laser line, and a high-precision camera, it enables high-density 3D data acquisition. The device supports scanning of metal, dark-colored materials, as well as various common materials such as plastic and ceramics. Among them, the reflective mode and dark mode can improve the scanning results of special materials to a certain extent. At the same time, its measurement speed of up to 420,000 times per second can improve scanning efficiency. The acquired 3D data can be applied to product.

26-03-07 02:39 167

Is the Xscanner3D Scanner Suitable for Beginners?

This article shares the complete process and insights of a beginner using the xScanner3D scanner. The content covers the unboxing experience, handling techniques for surfaces of different materials (such as marker placement and scanning spray use), environmental requirements, scanning parameter settings, partitioned scanning and error correction methods, as well as measures for dealing with common problems. The article is mainly based on practical experience sharing and does not involve marketing language, aiming to help 3D scanning beginners get started quickly and avoid common operational mistakes.

26-03-05 01:37 179

Automatic Stitching vs. Marker Stitching vs. Point Cloud Stitching: How to Choose the Right 3D Stitching Mode in 3D Scan Post-Processing?

In 3D scan post-processing, different stitching modes are suitable for different scenarios. Automatic stitching is suitable for objects with rich textures, marker stitching is suitable for high-precision requirements, and point cloud stitching is suitable for large or complex structures. The choice can be made flexibly according to object features, accuracy requirements, and equipment conditions.

26-03-03 03:22 223

Xscanner 3D — Unleash Reality, Capture Precision

Xscanner 3D Handheld 3D Scanner Core Features High Precision: 0.05mm scanning accuracy, 7 pairs of crossed laser lines, 420,000 measurements per second User-Friendly: Guided calibration (1-2 minutes setup), real-time distance indicator, suitable for beginners Portable & Wireless: 425g handheld design, built-in battery, allows flexible on-the-move scanning Software Compatibility: Supports export in multiple formats (STL/OBJ/PLY, etc.) and seamless integration with mainstream 3D software Application Fields Industrial Manufacturing, Cultural Heritage & Archaeology, Architecture & Engineering, Mechanical Maintenance, Film & Creative Media, Automotive Modification Support Services: Software Downl

26-03-03 01:32 169

Xmachine Desktop 5-Axis Machining Center: Technical Overview and Application Scenarios

Xmachine: The World's First AI‑Enabled Desktop 5‑Axis CNC Delivering industrial precision in a compact desktop machine. Features 5‑axis simultaneous motion, 0.01mm repeatability, RTCP, and a high‑speed spindle. The integrated AI software enables seamless CAD‑to‑CAM workflow, making complex machining accessible for designers, makers, and small‑batch production.

26-03-02 10:56 227

Xmachine Desktop 5-Axis CNC: Repeatability 0.01mm, AI-Powered Programming

In 2025, Xhorse 3D launched Xmachine, the world's first AI‑integrated desktop 5‑axis machining center. It delivers true 5‑axis motion, 0.01mm repeatability, and handles metals, plastics, wood, and more. The self‑developed CNC system and AI software X Maker slash the learning curve, enabling quick model‑to‑part workflows. Compact and quiet, it supports prototyping, engraving, and small‑batch production—putting factory‑grade precision on the desktop and empowering creators everywhere.

26-02-28 01:40 228