CMM & Scanning

CMM (Coordinate Measuring Machine) and Scanning are essential inspection technologies used in the tooling industry to ensure the dimensional accuracy and quality of tools and parts. A CMM is a precision measurement system that uses a probe to detect discrete points on a part’s surface, capturing exact coordinates in 3D space. These measurements are compared to the CAD model or technical drawings to verify whether the manufactured part meets design specifications. CMMs are commonly used to inspect critical tooling components like dies, fixtures, and stamped parts.

3D Scanning, often performed using laser or structured light scanners, complements CMM by capturing a dense cloud of data points from the entire surface of a tool or part. Unlike CMM, which measures points individually, scanning collects millions of data points quickly, creating a full digital representation of the object. This data is useful for reverse engineering, surface analysis, wear inspection, and comparing complex freeform surfaces to their original CAD models. In the tooling industry, scanning is especially valuable for inspecting large or intricate parts that are difficult to measure manually.

Together, CMM and scanning technologies play a crucial role in quality control and tool validation. They help manufacturers detect deviations early, reduce rework, and ensure tools meet exact tolerances before going into production. These technologies also support continuous improvement by providing data for tool adjustments and process optimization. By incorporating CMM and scanning into the inspection process, tooling companies can maintain high standards of accuracy, consistency, and traceability throughout the manufacturing cycle.

What we offer at MFI for CMM & Scanning ?

At Metal Form Industries (MFI), we offer advanced CMM (Coordinate Measuring Machine) inspection services to ensure the highest level of precision and quality in tooling and part validation. Our CMM systems are capable of capturing highly accurate 3D measurements of complex components, including dies, fixtures, and sheet metal parts. By comparing these measurements to CAD models or technical drawings, we verify dimensional accuracy and confirm that all critical features meet client specifications. This process is essential for maintaining quality standards across all stages of tool development and production.

In addition to CMM, MFI provides comprehensive 3D scanning services using high-resolution laser and structured light scanners. This non-contact inspection method quickly captures millions of data points across the surface of a part, creating a precise digital model. Our scanning services are ideal for analyzing freeform surfaces, inspecting worn or damaged tools, reverse engineering legacy parts, or conducting full-surface comparisons to detect deviations. The speed and detail offered by scanning technology allow us to deliver fast, reliable inspection reports that support both prototyping and production workflows.

By offering both CMM and scanning under one roof, MFI delivers a complete inspection and validation solution tailored to the needs of the tooling industry. Our expert quality control team ensures that every tool or part meets tight tolerances, reducing the risk of defects and costly rework. Whether you're verifying a new tool, inspecting a production run, or reverse engineering a legacy component, MFI provides the precision data and expert analysis you need to maintain quality, improve efficiency, and stay competitive.

Why choose MFI for your CMM & Scanning Projects ?

🎯 High-Precision CMM Inspection
MFI uses advanced Coordinate Measuring Machines to ensure precise, repeatable measurements for tools, parts, and assemblies.
Advanced 3D Scanning Capabilities
Equipped with high-resolution laser and structured light scanners for fast, full-surface data capture and detailed digital analysis.
CAD Comparison & Deviation Analysis Accurate comparison of physical parts against CAD models or drawings to detect dimensional deviations and ensure conformance.
Reverse Engineering Services Ability to generate CAD models from scanned data—ideal for legacy parts or damaged tools with no original drawings.
Support for Complex Geometries
Efficient inspection of freeform, curved, or hard-to-measure surfaces, often not possible with traditional tools.
Fast Turnaround & Real-Time Reporting
Quick data processing and detailed inspection reports to keep your project on schedule and decision-making informed.
Integrated with Tooling & Manufacturing
Seamless integration with MFI’s tooling and machining services, allowing immediate feedback and adjustments during tool development.
Experienced Quality Control Team
Skilled metrology experts ensure accurate results and provide actionable insights for tooling improvement and validation.
Commitment to Quality & Precision
MFI is dedicated to delivering reliable, data-driven inspection results that enhance part quality, tool life, and production efficiency.