High-speed blue-laser 3D scanning for precision inspection, reverse engineering, automotive, aerospace and industrial measurement.
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The MINGDA AcuRayScan is a portable metrology-grade blue-light 3D scanner developed for precise, high-speed capture of physical parts and objects.
AI-enhanced scanning algorithms help improve visualization of difficult geometry including edges, holes, cavities and complex surfaces.
Whether the goal is quality inspection, reverse engineering, manufacturing support or creation of accurate digital twins, AcuRayScan provides a flexible handheld solution for industrial 3D measurement.
High-precision optical capture for inspection, dimensional analysis and reverse engineering.
Standard AcuRayScan captures up to 5,400,000 measurements per second.
Fine surface detail can be captured for demanding dimensional applications.
Maximum specified accuracy.
Standard AcuRayScan measurements/sec.
Maximum scanning area in mm.
Maximum spatial resolution.
AcuRayScan combines multiple blue-laser configurations in one handheld scanner.
26 crossed blue laser lines on AcuRayScan provide rapid capture of standard and large-area components.
Seven blue laser lines provide higher-detail capture for fine features and precision geometry.
A single blue laser line is optimized for deep cavities, undercuts and difficult recessed geometry.
AcuRayScan uses a compact handheld design intended for prolonged use in workshops, production environments and field applications.
High-speed data transfer supports the large point-cloud datasets generated during high-rate scanning.
The coded-target-free photogrammetry system improves volumetric accuracy when scanning larger objects.
AcuRayScan combines local scanning accuracy with photogrammetry to help maintain dimensional control across larger components.
Prepare the component with appropriate markers or marker balls when required.
Capture the component using the appropriate high-speed, fine or deep-hole mode.
Create dense point clouds and mesh data using 3D AcuRay software.
Compare scan data with CAD for inspection, reverse engineering or manufacturing analysis.
Capture physical geometry and compare measured data against CAD models to verify dimensional conformity.
Create digital geometry from existing parts for redesign, reproduction, documentation or modification.
Generate geometric data for machining, welding, grinding and automated manufacturing processes.
Inspect body panels, trim, molds, gaps, flushness and custom vehicle components.
Scan blades, engine components, tooling and complex aerospace geometry.
Digitize artwork, cultural objects, machinery and physical assets for visualization and documentation.
Complex component inspection, blade measurement and reverse engineering.
Body-panel inspection, gap and flush analysis, tooling and customization.
Machining allowance inspection, mold repair and surface analysis.
Large casting inspection, wear analysis and equipment maintenance.
Non-contact capture for customized devices and anatomical applications.
Digitization of objects, artifacts and complex physical structures.
Choose between the standard AcuRayScan and the higher-throughput AcuRayScan Pro.
| Feature | AcuRayScan | AcuRayScan Pro |
|---|---|---|
| High-Speed Laser Lines | 26 Crossed Blue Laser Lines | 50 Crossed Blue Laser Lines |
| Fine Scanning | 7 Blue Laser Lines | 7 Blue Laser Lines |
| Deep Hole Scanning | 1 Blue Laser Line | 1 Blue Laser Line |
| Maximum Accuracy | 0.020 mm | 0.020 mm |
| Maximum Scanning Rate | 5,400,000 Measurements/sec | 7,100,000 Measurements/sec |
| Maximum Scanning Area | 650 × 550 mm | 650 × 550 mm |
| Maximum Resolution | 0.01 mm | 0.01 mm |
| Scanning Performance | |
|---|---|
| Scanner Type | AI Metrology-Grade Handheld Blue-Light 3D Scanner |
| Maximum Accuracy | 0.020 mm |
| Maximum Scanning Rate - AcuRayScan | 5,400,000 Measurements/Second |
| Maximum Scanning Rate - AcuRayScan Pro | 7,100,000 Measurements/Second |
| Maximum Scanning Area | 650 × 550 mm |
| Highest Resolution | 0.01 mm |
| Depth of Field | 550 mm |
| Baseline Distance | 300 mm; 200 mm in Fine Mode |
| Scanning Modes | |
| High-Speed Mode - AcuRayScan | 26 Crossed Blue Laser Lines |
| High-Speed Mode - AcuRayScan Pro | 50 Crossed Blue Laser Lines |
| Fine Scanning | 7 Blue Laser Lines |
| Deep Hole Scanning | 1 Single Blue Laser Line |
| Accuracy | |
| Standard Volume Accuracy | 0.015 mm + 0.035 mm/m |
| Photogrammetry Volume Accuracy | 0.015 mm + 0.025 mm/m |
| Laser & Operation | |
| Laser Class | Class II - Eye-Safe |
| Operating Temperature | -10°C to 40°C |
| Interface | USB 3.0 Recommended |
| Software & Data | |
| Software | 3D AcuRay All-in-One Scanning & Inspection Software |
| Output Formats | ASC, IGS, TXT, UMK, STL, PLY, OBJ and others |
| Recommended Computer | |
| Operating System | Windows 10 or Newer, 64-Bit |
| Graphics | NVIDIA GTX / RTX 4060 Class |
| Video Memory | 8 GB |
| Processor | Intel Core i7-13700H or Better |
| System Memory | 32 GB or More |
Rapid Scan 3D can help evaluate AcuRayScan for inspection, reverse engineering, manufacturing and dimensional measurement applications.
Determine whether AcuRayScan or AcuRayScan Pro is the better fit for your parts and throughput requirements.
Evaluate scanning workflows for inspection, CAD reconstruction, automotive and manufacturing applications.
Integrate industrial 3D scanning into your existing inspection, engineering and manufacturing workflow.
Contact Rapid Scan 3D for MINGDA AcuRayScan and AcuRayScan Pro pricing, demonstrations, application assistance and purchasing information.
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