3D Desktop Laser Scanner

3D desktop laser scanners can quickly obtain three-dimensional data of the surface of objects and achieve high-precision digital modeling through laser projection and camera capture technology. Its compact desktop design makes it suitable for laboratories, offices and small workshops, and has high-resolution imaging and automated data processing capabilities. The device is compatible with scanning objects of various materials and surface characteristics, and supports multiple file format outputs, which facilitates subsequent design, analysis or printing. It is an ideal choice for reverse engineering, product development, archaeological research and other fields.

 

Optimized Detail Handling
 

 

Ultra-Slim Dual-Axis Turntable: Sets a new industry standard with its compact and efficient design, enabling effortless multi-angle scanning for full object coverage without sacrificing precision or stability.

Quick Setup: Designed with user convenience in mind, the scanner offers a streamlined assembly process, featuring components that securely lock into place via magnetic alignment, allowing users to start scanning in no time.

Integrated Cable Routing: The scanner incorporates an advanced internal cable management system that conceals all cables, maintaining a tidy workspace and minimizing potential obstructions or scanning inaccuracies.

 

    

Small size, powerful function

Compact Design: The scanner's small size makes it easy to fit into any workspace, without compromising on functionality. Its compactness is perfect for users with limited space who still require high-performance scanning.
Portable and Easy to Use: Despite its powerful capabilities, the scanner is designed to be user-friendly and portable. It can be easily moved and set up in different locations, making it convenient for various scanning tasks.

Versatile Scanning Capabilities: The scanner can handle a wide range of objects, from small intricate items to larger components, providing flexibility in its applications. This versatility ensures that users can achieve high-quality scans for different types of projects.

Splicing design, convenient and fast
 

 

Compact Design: The scanner's sleek and efficient form allows it to seamlessly fit into any workspace while delivering top-notch performance. Perfect for environments where space is at a premium but high-quality scanning is essential.

Easy to Transport and Operate: Designed for effortless mobility, the scanner's lightweight construction ensures it can be easily moved and set up in different locations, making it a versatile tool for a variety of scanning applications.

Versatile Scanning Capability: Equipped to handle a wide range of objects, from intricate small items to larger parts, the scanner provides exceptional adaptability, guaranteeing excellent scan results for a diverse array of projects.

 

 

 

 

 

parameter
 

Model	Array Block	Scan model	Turntable automatic scanning,Free scan
Splicing ways	Turntable automatic splicing,marks splicing, manual splicing	accuracy	Volume accuracy is 0.05mm,detail accuracy 0.01mm
Scanning area(Turntable scan)	200*150*150mm	Scanning area(Professional scan)	1200*1200*1200mm
Scan speed	≤3min	Texture scan	24-bit true color support texture exportand import Texture split and edit
Output formats	STL,ASC,OBJ,PLY,VTK,OFF	sensor resolution	300W industrial CMOS
Coded transmitter	LED eye-safe	Shooting distance	400mm
Operating temperature range	0℃-40℃	Dimensions	607*240*214mm
Weight	1.9kg	Power adapter	DC12V,5A
Turntable weight capacity	5kg	Recommended computer system	OS:Windows7(64 bit)CPU:intel i5(processor) RAM:4GB(or above)GPU:NVIDIA GTX650(or above)

    Advantage

 

Exceptional Precision: Delivers high-resolution 3D models by capturing intricate details of objects, ensuring accurate and detailed digital representations.

User-Friendly Interface: Comes with intuitive software and controls, making it accessible for users at all technical levels, from beginners to experts.

Time-Efficient: Accelerates scanning tasks by quickly producing detailed 3D models, significantly reducing the time required for manual measurements and modeling.

High Productivity: Scans multiple angles simultaneously to generate a comprehensive 3D model swiftly, enhancing overall workflow efficiency.

Versatile Applications: Ideal for a range of fields including industrial design, reverse engineering, quality control, medical imaging, and archaeology.

Convenient Usability: Designed for desktop or lab settings, it's well-suited for scanning small objects and provides ease of use in confined spaces.

Broad Compatibility: Works with various 3D modeling and CAD software, facilitating smooth integration and further processing of scan data.

Detailed Capturing: Accurately records complex surface textures and features, enhancing the realism and precision of 3D models.

Comprehensive Package: Includes a well-curated set of materials to complement scanning needs, ensuring a complete and effective solution.

 

Application of 3D desktop scanner

 

 

Education and research

Industrial Design

Medical field

What are the main functions of a 3D scanner?
The main function of a 3D scanner is to capture the three-dimensional shape and details of an object and generate a high-precision digital model. These models can be used in a variety of applications, such as product design, reverse engineering, quality control, artwork reproduction, etc.
 

How to choose a suitable 3D scanner?
When choosing a suitable 3D scanner, you should consider the following factors: scanning accuracy, scanning speed, compatibility (whether the required software and file formats are supported), scanning range, and the portability and ease of use of the device. In addition, make decisions based on the needs of specific application areas (such as industry, medical, art, etc.).
 

How do 3D scanners handle objects of different materials?
3D scanners are usually equipped with multiple scanning modes or settings that can handle objects of different materials, such as metal, plastic, ceramic, and wood. Some high-end scanners also provide surface treatment options to improve the scanning effect of highly reflective or transparent materials.
 

What should I pay attention to during the scanning process?
During the scanning process, you need to ensure that the light in the scanning environment is uniform and the surface of the object is clean and has no glossy reflections. The object should also be fixed to avoid motion interference, and the appropriate scanning parameters should be set according to the requirements of the scanner to ensure the best scanning effect.
 

How to process and use the scanned data?
The scanned data is usually output in point cloud or mesh file format, which can be further processed using professional 3D modeling and analysis software. Data processing includes cleaning noise, filling missing parts, taking dimensional measurements, and exporting to different formats to adapt to subsequent applications, such as CAD design or 3D printing.

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