Hexagon Group and ZG Technology Co., Ltd. has announced the signing of a shareholding merger agreement to improve its capabilities in the field of 3D data acquisition and further expand Hexagon’s solution portfolio in the field of intelligent manufacturing. After the acquisition, ZG will be incorpor
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Driven by the trend of digital revolution, using traditional contact methods to inspect large-volume parts cannot ensure higher product quality and reduce production cycle time. With advanced laser scanning technologies, ZG provides professional and complete 3D scanning solutions which dramatically reduce the time engineers spend to inspect defects, regardless of size, shape and surface condition of the object. In this case, we adopt HyperScan, the smart optical tracking 3D scanner, and PhotoShot Max, the wireless photogrammetry system, to inspect a large weldment.
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Most economies around the world are facing unprecedented energy crisis in recent years caused by a variety of factors, such as climate change and the shortage of fossil fuels. With global energy demand increasing rapidly, more and more countries are turning to clean energy. As one of the main sources of clean energy, wind power has been widely used to produce electricity. Wind turbines use blades to convert the wind’s kinetic energy into the electricity we use to power our homes. Nowadays, to generate more cost-effective wind energy, the size of wind turbines has grown, both in height and blade lengths, which also poses new challenges to the manufacturing, quality control, and operation of wind turbine blades. Therefore, to optimize the work performance of large-scale wind turbine blades, 3D laser scanners have become the smart measurement solutions to overcome these obstacles.
View MoreHexagon Group and ZG Technology Co., Ltd. has announced the signing of a shareholding merger agreement to improve its capabilities in the field of 3D data acquisition and further expand Hexagon’s solution portfolio in the field of intelligent manufacturing. After the acquisition, ZG will be incorpor
Driven by the trend of digital revolution, using traditional contact methods to inspect large-volume parts cannot ensure higher product quality and reduce production cycle time. With advanced laser scanning technologies, ZG provides professional and complete 3D scanning solutions which dramatically reduce the time engineers spend to inspect defects, regardless of size, shape and surface condition of the object. In this case, we adopt HyperScan, the smart optical tracking 3D scanner, and PhotoShot Max, the wireless photogrammetry system, to inspect a large weldment.
Most economies around the world are facing unprecedented energy crisis in recent years caused by a variety of factors, such as climate change and the shortage of fossil fuels. With global energy demand increasing rapidly, more and more countries are turning to clean energy. As one of the main sources of clean energy, wind power has been widely used to produce electricity. Wind turbines use blades to convert the wind’s kinetic energy into the electricity we use to power our homes. Nowadays, to generate more cost-effective wind energy, the size of wind turbines has grown, both in height and blade lengths, which also poses new challenges to the manufacturing, quality control, and operation of wind turbine blades. Therefore, to optimize the work performance of large-scale wind turbine blades, 3D laser scanners have become the smart measurement solutions to overcome these obstacles.
