Industrial 3D Scanning
HandySCAN 3D | EVO Series
Portable reference in metrological precision.
Accuracy: up to 0.025 mm
Highlight: 1.8 M measurements/s
Small and medium parts, dimensional inspection, and reverse engineering.
MetraSCAN 3D | BLACK Series
3D Scanner with tracker for medium and complex volumes.
Accuracy: up to 0.025 mm
Highlight: Dynamic measurement without referencing
Car bodies, moulds, tools and complex geometry parts.
HandySCAN 3D | MAX Series
Large volumes without losing accuracy.
Accuracy: up to 0.040 mm
Highlight: Parts up to 15 m
Aeronautics, railway, energy and large-scale moulds.
HandySCAN 3D | PRO Series
Professional performance with Scan-to-CAD.
Accuracy: professional grade
Highlight: Scan-to-CAD Pro Package
Accessible reverse engineering and rapid prototyping.
Applications
The 3D scanner allows parts to be inspected directly on the production line, comparing them with the CAD model in real-time. It detects deviations, deformations, and out-of-spec tolerances without physical contact, generating objective and repeatable reports. It is ideal for serial quality control, casting, moulds, and complex assemblies where precision is critical.
When there is no CAD model, the 3D scanner reconstructs the real geometry of any part, even with organic or complex surfaces. The point cloud transforms into a precise mesh, accelerating the development of new products, adaptations, and prototyping. It reduces errors, avoids manual measurements, and shortens the time between conception and production.
3D scanning is the ideal solution for tuning and inspecting moulds, dies, and tools. It allows verification of cavity wear, analysis of shrinkage, and validation of parts directly on the factory floor, drastically reducing try-out time.
An industrial 3D scanner is an optical or laser scanning system that captures the real geometry of an object in seconds, generating a high-density three-dimensional point cloud. Unlike traditional methods — such as callipers, micrometres, or measuring tables — which require physical contact and many manual reading points, portable 3D scanning maps freeform and complex surfaces in a single pass, eliminating human errors and accelerating the workflow. The result is a precise digital model, ready to be used in reverse engineering, quality inspection, deviation analysis, or integration into product development projects.
In modern industry, where delivery times are short and tolerance for failure is ever decreasing, the 3D scanner becomes a strategic tool. It allows direct comparison of a manufactured part with its CAD, detection of deformations, wear or dimensional deviations, and documentation of everything in an objective and repeatable manner. Whether in aerospace, automotive, foundry or moulds, portable 3D metrology offers the flexibility to take inspection to the workshop, assembly line or field, without relying on fixed laboratories. It is industrial precision at your fingertips, with the speed that production demands.
Technical demonstration
Describe the part, tolerances, and measurement environment: you will receive a technical recommendation and investment proposal, with options for purchase, rental, or measurement service.
FAQ
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