The combination of AI enhancement and the reconstruction of native data through a local small model is one of the core aspects of the 3DMatrix_Gen2 upgrade. This version will continue to evolve, achieving a breakthrough in model packaging speed, with overall speeds generally increased by 5–10 times. This will substantially shorten the overall modeling cycle, further connect the entire workflow from high-precision scanning to high-efficiency model generation, and continuously unlock the productivity of industrial 3D digitization.

The Extr series 3D scanner not only overcomes the traditional challenges of screw pump quality inspection and wear analysis, but also provides industrial companies with a new approach to reducing costs and increasing efficiency through digital technology.In the future, Blackboxcv will continue to develop its expertise in industrial inspection and use more efficient and accurate 3D scanning solutions to address the inspection challenges of more heavy-duty components, helping companies advance toward a new stage of higher-quality manufacturing.

Blackboxcv will continue to assist in the on-site acquisition, quality inspection, reverse modeling, and digital design of complex products with higher-performance 3D scanning equipment and premium services, transforming physical issues into verifiable data—ensuring that robots are not only capable of movement but are also manufactured reliably.

In recent years, a large number of artificial joint prostheses have been utilized clinically to replace damaged or diseased native joints. As these prostheses must remain within the patient's body for extended periods, even micron-level deviations in geometric morphology can amplify the risks of wear and loosening. Such deviations not only affect the service life of the prosthesis but also directly impact the patient's quality of life for years to come.