In 3D scanning and modeling applications, a scanning device’s adaptability to different materials and its scanning accuracy are key points of concern for users.
As a portable 3D scanning device, the Xhorse3D Xscanner laser scanner can scan a variety of different materials and generate relatively accurate 3D data models.
The device adopts blue laser scanning technology, enabling it to quickly capture the 3D shape and detail information of objects, with scanning accuracy reaching up to 0.05 mm.
Below is a brief introduction from two aspects: material adaptability and scanning accuracy.
I. Capable of Scanning Various Materials
1️⃣ Metal Material Scanning
Metal surfaces usually have strong reflective properties, which is a challenge for many scanning devices.
The Xhorse3D Xscanner laser scanner provides a reflective mode, which can scan metal materials and effectively reduce the impact of reflection on data acquisition, thereby obtaining more accurate object shape and surface information.
Common scannable objects include:
Metal parts
Mechanical components
Mold parts
Automotive parts, etc.
Through the reflective mode, 3D scanning of metal objects can be completed more stably.
2️⃣ Dark Material Scanning
Dark-colored objects tend to absorb light during scanning, which may cause some devices to lose information during data acquisition.
The Xhorse3D Xscanner laser scanner provides a dark mode, which can better handle the surfaces of dark materials, reduce the impact caused by light absorption, and make the scanned data more complete.
For example:
Black plastic parts
Dark-colored models
Dark industrial components
It can still obtain relatively complete 3D data during scanning.
3️⃣ Scanning of Common Solid Materials
For common solid materials, this scanner can also perform rapid scanning, such as: plastic, ceramics, composite materials, and model materials.
The device can quickly capture the object’s shape structure and surface details, generating corresponding 3D data models.
These data can be used for:
✅ Product design
✅ Quality inspection
✅ Reverse engineering
✅ 3D modeling and other applications.
II. Scanning Accuracy
In 3D scanning devices, scanning accuracy is an important parameter.
The scanning accuracy of the Xhorse3D Xscanner laser scanner can reach up to: 0.05 mm
The device adopts:
✅ 7 pairs of crossed blue laser lines
✅ 1 high-energy laser line
✅ High-precision camera acquisition system
This combination enables high-density data acquisition, helping users obtain more detailed 3D model data.
In addition, the scanner’s measurement speed can reach up to 420,000 measurements per second, allowing object scanning to be completed in a relatively short time.
III. Application Scenarios
With its relatively high scanning accuracy and material adaptability, the Xhorse3D Xscanner laser scanner can be applied in multiple fields, such as: industrial design, automotive modification, product modeling, creative design, cultural restoration, and model making.
By scanning physical objects, it can quickly generate 3D models and provide a data foundation for subsequent design, processing, or analysis.
IV. Conclusion
Overall, the Xhorse3D Xscanner laser scanner can scan a variety of common materials such as metal, dark-colored materials, plastic, and ceramics. Through the combination of 7 pairs of crossed blue laser lines + 1 high-energy laser line with high-precision camera acquisition, it achieves scanning accuracy of up to 0.05 mm, enabling relatively fast acquisition of 3D data and model generation. It is suitable for application scenarios such as product design, industrial modeling, automotive modification, and cultural restoration.
