3D Scanning Service

Get detailed digital models and inspection results for your parts.
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Our Capabilities

Your parts are digitized and verified through precision metrology and CAD workflows, giving you reliable data for design and production decisions.

3D Scanning

3D scanning accurately captures the geometry of physical objects to generate high-resolution digital models. Using advanced structured-light and laser-based systems, we create precise point-cloud and mesh data for reverse engineering, dimensional inspection, and quality control. The process ensures reliable digital twins for product development and verification workflows.

Accuracy: ±0.005 mm and above
Output Data: STL, OBJ, STEP, or customized CAD format
Applications: Reverse Engineering, Quality Control, Digital Archiving, Product Development

Reverse Engineering

Reverse engineering transforms scanned data into editable CAD models by reconstructing complex geometries and design intent. Our engineers process raw scan data to generate accurate 3D surfaces, parametric models, and technical drawings. This enables design recovery, modification, or reproduction of legacy parts with precision and compatibility across major CAD platforms.

Accuracy: ±0.05 mm and above
Output Data: STEP, IGES, Parasolid, or Native CAD formats
Applications: Design Recovery, CAD Modeling, Tooling Development, Legacy Part Reproduction

Quality Control

Quality control uses 3D scanning and digital inspection to verify parts against CAD references or design tolerances. Through deviation analysis, cross-section comparison, and GD&T evaluation, we ensure each component meets dimensional and geometric specifications. The process enhances traceability, production accuracy, and compliance across manufacturing operations.

Accuracy: ±0.005 mm and above
Output Data: Inspection Reports, Deviation Maps, GD&T Analysis
Applications: Dimensional Verification, Production Validation, First-Article Inspection, Deviation Analysis

Technical Advantages

Power your workflow with 3D scanning services.

Streamline design, validation, and quality control with precise, high-resolution data built for industrial performance.

Speed and Efficiency
Receive high-density scan data in days. Automated motion systems and rapid image capture shorten inspection and modeling workflows while maintaining full geometric accuracy.
Versatility
Get high-accuracy scans of metal, composite, and polymer components. Each project is calibrated for its material and surface characteristics to ensure reliable results, even on reflective, textured, or dark surfaces.
Data Integration
Import processed data directly into CAD, CAM, and CAE software for immediate use in reverse engineering, validation, and digital-twin environments.
Traceability and Reporting
Access structured reports with complete traceability of measurements, tolerances, and inspection results, supporting documentation and quality compliance at every stage.
Precision Across Every Scale

Accuracy and Scanning Range

We capture fine details and large assemblies with exceptional accuracy and deliver comprehensive inspection reports. From micron-level components to industrial structures exceeding 20 meters, every scan is optimized for precision, reliability, and repeatability.
±5 µm

Accuracy

Under controlled conditions, our systems achieve up to ±5 µm accuracy, ensuring dependable results for inspection, surface analysis, and dimensional verification across complex components.
≥10 mm

Small Parts

For very small components with complex geometries, ideal for applications in precision engineering, medical devices, and micro-scale manufacturing.
>20 m

Large Parts

For large-scale parts, molds, tools, or assemblies exceeding 20 meters, multi-scan alignment and photogrammetry integration ensure complete dimensional coverage and spatial consistency.

Frequently Asked Questions

Lead times depend on part size and complexity. Small components or single scans are usually delivered within 2–7 business days, while larger assemblies or full reverse-engineering projects may take up to 10–15 days including modeling and inspection reporting.

We can scan components ranging from small precision parts (around 10 mm) to large industrial structures over 20 meters, using structured-light and laser scanning technologies.

Accuracy can reach up to ±5 µm under controlled conditions, depending on part geometry, surface quality, and the selected scanning setup.

We use professional metrology and engineering platforms such as ZEISS Inspect, GOM Suite, Geomagic Design X, SolidWorks, and Autodesk Fusion for data processing, reverse engineering, and inspection reporting.

We deliver data in standard formats such as STL, OBJ, STEP, and IGES, as well as native CAD outputs for seamless integration with your design or analysis workflow.

Yes. We apply specialized surface treatments and adjust exposure parameters to ensure stable and accurate results on challenging materials like polished metals or dark plastics.

Yes. We provide detailed dimensional inspection reports, deviation maps, and GD&T analyses to verify parts against CAD models or technical drawings.

Our scanning and analysis services support clients in automotive, aerospace, mold manufacturing, medical devices, consumer products, and industrial R&D.

You can either ship your parts directly to our facility or schedule an on-site scanning session if the component is too large or sensitive to transport. We provide packaging guidance to ensure safe delivery and return of your parts.