Handheld Structured Light 3D Scanner | Structured-Light Handheld 3D Scanner

Professional Handheld Structured-Light 3D Scanner for Precision Reverse Engineering, Inspection & 3D Modeling

High-Speed Scanning. Exceptional Accuracy. Designed for Industrial-Grade 3D Data Capture.

The SCAN-S Structured-Light Handheld 3D Scanner is a professional-grade portable scanning solution engineered for high-accuracy 3D digitization, reverse engineering, quality inspection, product development, and digital archiving applications. Combining advanced structured-light technology with intelligent real-time processing, the system delivers fast, accurate, and highly detailed 3D models suitable for both industrial and creative workflows.

Built around a high-speed global exposure sensor and advanced GPU-accelerated point cloud processing, the scanner captures up to 1,000,000 points per second, enabling rapid data acquisition without compromising precision. With support for both Standard Mode and Fine Mode, users can easily switch between large-area scanning and high-detail inspection depending on project requirements.

Designed for portability and ease of use, the SCAN-S allows operators to scan complex geometries, confined spaces, and large-scale objects without requiring robotic arms, fixed tracking systems, or extensive setup procedures.

Engineered for Professional 3D Measurement & Reconstruction

The SCAN-S is designed to support a wide variety of industries requiring accurate digital replication of physical objects.

Common applications include:

• Reverse engineering
• Product design and development
• Quality control and inspection
• Aerospace component digitization
• Automotive scanning and modification
• Cultural heritage preservation
• Architecture and construction documentation
• Medical modeling
• Education and scientific research
• 3D printing preparation
• Virtual reality and digital content creation

Its ability to capture intricate details while maintaining operational flexibility makes it suitable for both small precision parts and large industrial assemblies.

Key Features & Benefits

Advanced Structured-Light Scanning Technology

The scanner utilizes high-speed structured-light projection combined with advanced image processing to capture highly accurate geometric data.

Benefits include:

• High-resolution surface capture
• Reduced scanning time
• Excellent detail reproduction
• Reliable performance on complex geometries

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Dual Scanning Modes

The system supports two scanning configurations to maximize versatility.

Standard Mode

Designed for larger objects and general-purpose scanning.

• Field of View: 300 mm
• Point Distance: 0.1 mm
• Accuracy: 0.1 mm
• Scan Volume: 300–4000 mm

Fine Mode

Optimized for detailed components and precision measurement.

• Field of View: 120 mm
• Point Distance: 0.05 mm
• Accuracy: 0.05 mm
• Scan Volume: 50–300 mm

Users can switch between modes instantly without requiring secondary optical calibration.

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High-Speed Data Acquisition

Powered by an advanced imaging architecture featuring:

• ONSEMI Global Shutter Sensor
• 32 MB High-Speed Data Cache
• TI-DLP 1280 × 800 Structured-Light Projection

The system achieves:

• Up to 800 FPS acquisition
• 0.01-second reconstruction capability
• Up to 1,000,000 points captured per second

This significantly reduces project completion times while maintaining data quality.

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Real-Time Point Cloud Processing

Integrated GPU-CUDA acceleration provides:

• Real-time point cloud fusion
• Dynamic feature matching
• Automatic point cloud alignment
• Live visualization during scanning

Users benefit from a true “What You See Is What You Get” workflow, enabling immediate verification of scan quality.

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Flexible Alignment Methods

The SCAN-S supports multiple alignment approaches:

• Feature Alignment
• Marker Point Alignment
• Frame Alignment
• Optional Photogrammetry Frame Point Mode

This flexibility allows the scanner to adapt to both simple and highly complex scanning environments.

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Large Object Scanning Capability

Through advanced landmark recognition and global fusion algorithms, the system can scan oversized objects continuously without segmentation.

Suitable for:

• Aircraft structures
• Automotive bodies
• Rail transportation components
• Large industrial machinery
• Architectural structures

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One-Click Mesh Generation

The integrated software enables rapid processing through:

• Global Registration
• Hole Filling
• Decimation
• Smoothing
• Automatic STL Generation

Users can generate production-ready 3D models with minimal post-processing.

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Portable & Operator-Friendly Design

The handheld design allows users to:

• Scan from multiple angles
• Access confined areas
• Capture internal geometries
• Scan without fixing the object

Applications such as aircraft cockpits, vehicle interiors, machinery housings, and complex assemblies become significantly easier to digitize.

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Optional Color Texture Capture

An optional color module enables:

• Full-color scanning
• Texture acquisition
• Automatic texture-based alignment

This is especially valuable for digital archiving, cultural preservation, and visualization projects.

Technical Specifications

Specification	Standard Mode	Fine Mode
Field of View	300 mm	120 mm
Point Distance	0.1 mm	0.05 mm
Accuracy	0.1 mm	0.05 mm
Scan Volume	300–4000 mm	50–300 mm

General Specifications

Specification	Details
Model	SCAN-S
Sensor	ONSEMI Global Exposure Sensor
Projection System	TI-DLP 1280 × 800 LED Raster
Scanning Speed	Up to 1,000,000 Points/Second
Capture Rate	Up to 800 FPS
Reconstruction Speed	0.01 Seconds
Interface	USB 3.0
Power Supply	12V 5A
Input Voltage	100–240V
Alignment Methods	Feature / Marker / Frame
Output Formats	STL and Standard 3D Formats
Certifications	CE, FCC, WEEE, CNAS

Included Equipment

The standard package includes:

• SCAN-S Handheld 3D Scanner
• USB 3.0 Data Cable
• Power Adapter
• 20 mm Standard Self-Reflective Calibration Plate
• Self-Reflective Optical Markers
• User Documentation

Recommended Computer Requirements

For optimal performance:

Processor

• Intel i7 64-Bit 2 GHz or Higher

Memory

• 16 GB RAM or Higher

Graphics Card

• NVIDIA GPU with Minimum 4 GB VRAM

Storage

• High-Speed SSD Recommended

Operating System

• Windows 10 64-Bit or Later

Industry Applications

The SCAN-S is widely used across:

• Automotive Engineering
• Aerospace Manufacturing
• Shipbuilding
• Rail Transportation
• Industrial Equipment Design
• Architecture & Construction
• Cultural Heritage Preservation
• Education & Research
• Virtual Reality Development
• Sculpture & Art Reproduction
• 3D Printing Workflows

Why Choose the SCAN-S Handheld 3D Scanner?

The SCAN-S combines industrial-level accuracy with the convenience of a handheld platform, allowing professionals to capture highly detailed 3D data quickly and efficiently.

Its real-time visualization, advanced processing algorithms, flexible scanning modes, and scalable architecture make it a valuable solution for organizations seeking accurate digital replication, inspection, and modeling capabilities.

Whether you’re reverse engineering a mechanical component, documenting cultural artifacts, or creating digital assets for manufacturing, the SCAN-S delivers the performance and flexibility required for demanding professional environments.

Warranty & Technical Support

The SCAN-S Handheld 3D Scanner includes manufacturer warranty coverage and ongoing technical support.

Software updates are provided free of charge, ensuring continued compatibility, feature improvements, and long-term operational value.

Request a Quotation

Contact our technical sales team today to discuss application requirements, software compatibility, optional accessories, or to request a customized quotation tailored to your scanning and measurement needs.