TD2-D

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TD2-D is a type of application found primarily in the automotive, aerospace, and fabrication industries. It focuses on providing fast, reliable, and accurate measurements of small objects.

TD2-D is an integrated system that combines two dimensional (2D) measurement and 3D imaging capabilities. This system uses specialized sensors, including cameras, to detect the 3D geometry of a given object. This information is then used to generate a precise 3D model. TD2-D is a key technology for enhancing automated assembly processes and streamlining production.

The main advantage of TD2-D is that it can measure accurate distances and angles quickly and reliably. This is beneficial because it improves assembly line speed and accuracy. Additionally, TD2-D reduces the amount of physical measuring needed, which can also reduce time and cost.

There are several types of TD2-D systems available, including through-hole, linear, and rigid arm technologies. Through-hole measurements enable measurement of complex geometries, such as internal measurements or measurements between holes. Linear systems are used to measure small objects, such as microelectronic components. The Rigid Arm System is specially designed to measure large objects, such as vehicles.

TD2-D systems use a combination of cameras, coordinate measuring machines, lasers, and other image processing techniques to measure and inspect target geometry. It then uses the data to generate a 3D model, which can be used for further analysis such as stress or deformation.

In terms of accuracy, TD2-D systems can achieve up to 0.02mm in 3D measurements, and up to 1mm for 2D measurements. For complex geometries, the accuracy could be as high as 0.001mm. The standard measurement time for a TD2-D system is around 30 seconds, though this may vary depending on the size and complexity of the object.

In conclusion, TD2-D is a versatile and reliable technology that enables fast and accurate measurements of small and large objects. The system is highly accurate, and is used in many industries for automated assembly processes and other applications.

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