Augmented Reality (AR)

Augmented Reality (AR) in conjunction with 3D metrology enables the display of digital information and virtual objects in the real world. While Virtual Reality (VR) immerses users in a completely virtual environment, Augmented Reality enhances the real world by overlaying virtual elements that interact in real-time with the physical environment.

In the context of 3D metrology, AR offers new possibilities for precise and efficient measurements. Using AR headsets, smartphones, or tablets, users can overlay real objects or environments with digital information and virtual displays in real-time. This provides improved visual guidance and assistance during measurement tasks.

One application of AR in 3D metrology is "Mixed Reality." In this approach, digital models or CAD data are projected into the real world and aligned with the actual measurement objects. This allows users to perform measurements directly on the real object by displaying virtual lines, markers, or units of measurement. This visual guidance helps to perform accurate measurements and reduce errors.

AR can also be used in product inspection and quality assurance. By overlaying digital information onto the real product, users can see relevant information such as tolerances, assembly instructions, or error indicators directly on the product. This supports error detection, identification of quality issues, and compliance verification.

Furthermore, AR in 3D metrology enables remote assistance and training. By sharing AR streams, experts and technicians can transmit virtual instructions, diagrams, or annotations in real-time onto the live view of a remote user. This is particularly useful when conducting complex measurements requiring support from experienced professionals or training operators at remote locations.

The integration of AR into 3D metrology allows for improved interaction with measurement data and supports precise measurement operations in the real world. Overlaying digital information onto real objects enhances accuracy, efficiency, and user-friendliness of measurement processes. AR in 3D metrology has the potential to revolutionize numerous applications in various fields such as manufacturing, design, architecture, and maintenance.