Guide 2024: How to Choose the Right Handheld 3D Laser Scanner for Your Needs
Guide 2024: How to Choose the Right Handheld 3D Laser Scanner for Your Needs
Blog Article
Selecting the right handheld 3D laser scanner is essential for achieving accuracy and efficiency in diverse applications. Whether you're working with small intricate parts, large industrial equipment, or cultural heritage artifacts, Scantech offers a range of cutting-edge solutions to meet your specific needs. This guide provides an in-depth look at Scantech’s handheld 3D laser scanners,, helping you make an informed decision.
For Small to Normal-Sized Parts→Use SIMSCAN
Why Choose SIMSCAN?
The SIMSCAN handheld 3D scanner is compact and wireless, designed for precise scanning of small and confined areas.
Key Features:
Compact & Lightweight: Measuring just 203 × 80 × 44 mm, the palm-sized SIMSCAN-E is ideal for scanning in tight environments.
Wireless Design: The wireless setup eliminates the need for cumbersome cables, enabling smooth and flexible scanning even in confined or hard-to-access environments.
High-Speed Precision: Captures up to 6,300,000 measurements per second with an accuracy of 0.020 mm.
Versatile Scanning Modes: Ultra-fast scanning, hyperfine scanning, and deep hole scanning.
Excellent for Narrow Spaces: Short-distance cameras enhance the ability to scan hidden areas such as gaps, slots, deep holes, and channels.
Advantages:
Small, portable, and easy to handle.
Wireless and plug-and-play operations.
High-speed data collection with superior accuracy.
Perfect for scanning hard-to-reach areas.
Examples:
Automotive: engine bay, gearbox housing, intake, bonnet, brake systems and more.
Mechanical Components: connectors, gears and worms, molding and machining parts.
Energy: Oil Drill Bits.
For: perform GD&T measurements, ensure fit, reproduce parts, maintenance, modification and more.
2. For Small to Big Parts → Use KSCAN-Magic
Why Choose KSCAN?
The KSCAN-Magic is a versatile scanner equipped with both infrared and blue laser technologies, making it ideal for a wide range of applications, from small components to large structures.
Key Features:
Dual-Laser Technology: Infrared and blue lasers enhance versatility and accuracy.
Built-in Photogrammetry: The KSCAN-Magic includes a built-in large-area photogrammetry system that reduces alignment errors for large objects, ensuring high volumetric accuracy of 0.015 mm + 0.012 mm/m when paired with the MSCAN-L15 photogrammetry system.
Wide Field of View (FOV): Offers a scanning area of 3760 mm × 3150 mm, making it more efficient for large-scale measurements compared to smaller handheld scanners like the SIMSCAN.
Five Operating Modes:Includes large-area scanning, ultra-fast scanning, hyperfine scanning, built-in photogrammetry, and deep-hole scanning, providing unparalleled flexibility.
Advanced Capabilities: Intelligent edge inspection, probing, pipe measurement, and automated 3D system integration.
Advantages
Handheld and easy to use, with powerful features for scanning large parts.
Photogrammetry ensures high accuracy, especially for larger objects.
Effective on dark and reflective surfaces.
Examples:
Energy: wind turbine foundations, hydroturbine runners, cutters of milling drums, coal shutter cars.
Automotive: mold and dies, battery frames.
Ship Building: racing dhows, boats, propellers and shafts.
Heavy Industry: large machinery components, casting, industrial tools and dies.
Railway: subway, suspension and brake systems, train wheels.
For: product development, inspection, comprehensive analysis and visualization, maintenance, documentation, and more.
3. For Small to Big Parts and Target-Free Scanning→ Use NIMBLETRACK
Why Choose NIMBLETRACK?
The NimbleTrack is an advanced optical 3D scanning system that offers wireless and target-free operation, making it a highly flexible and accurate solution.
Key Features:
Wireless Operation: Fully battery-powered with onboard processors, ensuring complete freedom of movement without cable restrictions.
Target-Free Technology: Optical tracking eliminates the need for physical markers, saving time and effort during scanning.
Portable and Compact: Lightweight and easy to transport, with a protective case for all its components.
High Precision: Achieves an accuracy of up to 0.025 mm and a volumetric accuracy of 0.064 mm within 10.4 m³.
Next-level 3D Scanning: Includes advanced functions like intelligent edge inspection, probing, multi-tracker measurement, and automated measurement.
Advantages
Fully wireless, enabling operation in areas without power supply.
No need for physical markers, ideal for objects where placing targets is impractical.
Compact design allows for easy transportation and operation in tight spaces.
Example:
Aviation: airplanes, helicopters.
Automotive: mold and dies, car frames, vans.
Cultural heritage & entertainment: sculptures, archaeological aritifacts, museum pieces, and more.
Mold: die-casting molds, stamping dies, forging dies, and more.
For: ensure precision, quality control, reverse engineering, cultural heritage protection and more.
4. For Small to Very Large Parts without Targets→ Use TRACKSCAN Sharp
Why Choose TRACKSCAN?
The TrackScan Sharp-S optical 3D scanning system is designed for scanning very large objects with exceptional precision and speed, making it perfect for large-scale industrial applications.
Key Features:
Designed for Large Objects: Supports tracking volumes of up to 135 m³ with a tracking distance of up to 8.5 meters, making it ideal for scanning large-scale objects like automotive bodies, wind turbines, and industrial equipment.
Wireless & Battery-Powered: Fully wireless design allows for unrestricted movement without cable restrictions.
Massive Field of View: The large FOV and 99 laser lines enable efficient scanning of very large surfaces.
High-Speed Scanning: Processes up to 4.86 million measurements per second, ensuring fast and accurate scans.
High Accuracy: Combines metrology-grade hardware with advanced algorithms, achieving volumetric accuracy of 0.048 mm within 10.4 m³.
Additional Features: Intelligent edge inspection, probing, multi-tracker measurement, and automated measurement.
Advantages
Ideal for scanning very large parts with high precision.
Large field of view and fast measurement speeds.
Designed for industrial applications where size and speed are critical.
Wireless and portable.
Example:
Automotive: Reflective molds and dies, EV battery covers and trays.
Cultural Heritage Preservation: sculptures, archaeological aritifacts, museum pieces, and more.
Energy: stator frames, wind turbine blades and components.
Shipbuilding: ships, propellers, hulls, and panels.
For: dimensional accuracy checks, defect inspection, first article inspection, product design, digital archiving and documentation, cultural heritage preservation and more.
Summary Table
Scanner | Object Size | Key Features | Accuracy Up to | Volumetric Accuracy up to | Resolution |
Small or normal-sized parts | Palm-sized, wireless, excellent for hard-to-reach areas | 0.020 mm | / | 0.020 mm | |
Small to big parts | Handheld, infrared & blue laser, built-in photogrammetry | 0.020 mm | / | 0.010 mm | |
Small to big parts | Wireless, target-free, compact, optical tracking | 0.025 mm | 0.064 mm (10.4 m3) | 0.020 mm | |
Small to very large parts | Wireless, target-free, Large FOV, 99 laser lines, 135-m³ tracking volume | 0.025 mm | 0.048 mm (10.4 m3) | 0.020 mm |
Conclusion
By aligning your project needs with the features of Scantech’s 3D scanners, you can ensure efficient and accurate scanning, saving time and reducing costs. Ready to transform your workflow? Contact us today to find the perfect 3D scanning solution.
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