Precision 3D Scanning

High-Resolution 3D Scanning for Metrology

This is the foundational step in our inspection process. We utilize advanced, non-contact 3D scanning hardware to digitize physical parts into highly accurate, detailed digital models. This service provides the critical data needed for comprehensive metrology and quality assurance, ensuring no detail is missed.

What’s Included in the Process

Every precision scanning project begins with a clear understanding of the part’s geometry and your specific needs. Our approach ensures a solid foundation for a safe, efficient, and compliant inspection. The following stages outline how we transform a physical part into a digital asset:

• Part Preparation: We prepare the part for a successful scan, ensuring a clean surface and optimal orientation for data capture.
• Non-Contact Scanning: Using the Pearl-700 Desktop Scanner, we capture millions of data points, including complex internal geometries that traditional tools cannot reach.
• Point Cloud Processing: The raw scan data is converted into a high-resolution point cloud or polygon mesh, ready for detailed analysis.
• Data Verification: Our team performs a meticulous review to ensure the digital model is complete, accurate, and ready for the next phase of metrology.

Key Advantages

Investing in high-quality 3D scanning provides more than just a digital model—it strengthens the overall reliability and efficiency of your production. By utilizing our Precision 3D Scanning solutions, clients can expect tangible improvements across multiple areas:

• Complete Data Capture: We capture every detail, including features that are impossible to measure with contact probes.
• Accelerated Workflow: Our high-speed scanning process significantly reduces inspection time compared to manual or traditional methods.
• Reduced Risk: A complete, accurate digital twin minimizes human error and ensures that no defects are missed.
• Unmatched Accuracy: The high-resolution data provides the precision needed for a confident dimensional analysis.
• Future-Proof Asset: The digital model can be used for reverse engineering, rapid prototyping, and future quality control projects.