The reliability of measurement data plays a crucial role in product quality inspection. Faro Creaform's 3D scanning technology ensures accurate data, supporting QA and QC engineers in making quick and reliable inspection decisions.
During the inspection of parts and assemblies in production, especially those with complex geometries or difficult-to-measure surfaces, the accuracy of measurement data is paramount. Quality control engineers always need reliable measurement data to accurately assess the condition of the part.
In many cases, traditional measuring equipment such as CMMs are often used in specialized measurement rooms and are not always readily available for on-line inspection. This can cause delays or dependence on multiple intermediate steps in the inspection process.
To ensure product quality, QA and QC professionals need a more flexible measurement solution that allows for direct inspection on the production floor while maintaining high accuracy.
When discrepancies are detected during quality control, a crucial question often arises: Does the discrepancy originate from the production process or from the measurement data itself?
For QA and QC professionals, accurately identifying the source of the problem is crucial to finding the right solution. If the measurement data is unreliable, any subsequent decisions could lead to errors.
Suspicion of the accuracy of measurement data sometimes causes production to continue without timely corrective action. This can lead to serious consequences such as production delays, increased repair costs, or even product recalls.
Therefore, measurement data must be accurate and complete enough to help quality control professionals make confident decisions.
To address the challenges in industrial measurement, Faro Creaform has developed the HandySCAN 3D EVO Series 3D scanner.
The device is designed to support QA and QC professionals in performing highly accurate dimensional inspections, even for parts with complex shapes or difficult-to-measure surfaces.
The measurement data generated by this system complies with stringent industry measurement standards. As a result, users can be confident that the inspection results accurately reflect the actual condition of the part.
The system is certified to ISO 10360 standards and supported by an ISO IEC 17025-compliant calibration laboratory. This ensures that measurement data is always stable and verifiable.
One of the key improvements of the HandySCAN 3D EVO Series is the user interface integrated directly into the device.
Thanks to the integrated display, operators can monitor 3D scan data during the measurement process without constantly switching attention between the scanner and the computer.
The system directly displays scan data, scan parameters, and 3D indicators, allowing users to quickly confirm that the data has been fully collected.
This makes the measurement process more intuitive, reduces errors, and improves work efficiency.
Augmented reality technology integrated into the device enhances inspection efficiency during scanning.
The operator can directly observe the 3D model being created on the part's surface. This makes it easier to identify areas that need more detailed scanning.
In addition, the system allows displaying a map of deviations from the CAD model directly on the actual part. This enables quick detection of dimensional discrepancies.
This technology also supports automatic alignment between scanned data and the CAD model, significantly reducing post-scanning data processing time.
The HandySCAN 3D EVO Series also features an integrated camera for capturing images directly on the device. This allows users to record images of the part during inspection.
These images can be directly linked to the 3D model, storing information about the surface, geometric details, and inspection conditions.
This enhances data accessibility, improves communication between technical departments, and supports product redesign when necessary.
The device also supports wireless connectivity via the Mobility Kit, allowing for the creation of a complete mobile 3D scanning system.
Thanks to this configuration, users do not need external power sources or long cables. This provides maximum flexibility when performing inspections directly on the production floor or in complex work environments.
Scan data and operating instructions are displayed directly on the device, allowing operators to monitor the measurement process in real time and make adjustments as needed.
For quality control professionals, every decision depends on the accuracy of the measurement data. When data is unreliable, any subsequent actions become uncertain.
Faro Creaform's HandySCAN 3D EVO Series is designed to eliminate doubt in quality control inspections. The device provides accurate, stable, and verifiable measurement data.
Thanks to a combination of an intuitive interface, augmented reality, integrated camera, and portability, the system enables users to perform inspections faster and more efficiently.
When combined with the Faro Creaform Metrology Suite software, this solution provides a complete measurement ecosystem, supporting businesses in addressing the challenges of modern manufacturing quality control.
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