GZ11

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GZ11 is a vibration fingerprint system. It is a non-tactile sensing system that uses physical principles to detect small vibrations on the object surface to form acoustic energy, which is then analyzed to detect various characteristics of the object surface. GZ11 is mainly used in anti-counterfeiting, non-destructive testing, surface texture identification, surface roughness measurement and other fields.

The object surface detected by GZ11 is mainly composed of miniature distributed actuators and sensors. Its working principle is as follows: First, the actuator applies a small pressure to the surface of the object to generate a vibration, and the vibration is reflected back by the surface of the object, and is received by the sensors. The sensors then measure and analyze the vibration and create an image of the surface of the object. This image is then compared to a comprehensive database of various types of object surfaces, and then the results are used to identify the object surface.

In the field of anti-counterfeiting, GZ11 can effectively realize the three-dimensional recognition of the product surface. The system can detect and analyze the product surface and accurately compare the product surface characteristics with the product surface characteristics in the reference database, so as to judge whether the product is genuine and effectively identify the counterfeiting. In non-destructive testing, GZ11 can quickly obtain the surface information of the inspected object without damaging the product, and accurately judge the degree of product damage, thus reducing the possibility of product failure.

GZ11 can also be applied in the field of surface texture identification and surface roughness measurement which can help determine surface roughness, asperity size, asperity spacing, and the relative position of the objects that make up the texture. For example, GZ11 can be used for precision measurement of the surface topography of microfluidic chips, and it can also be used to determine the mechanical properties of microcomponents such as the stiffness, damping, residual stress, etc.

Overall, GZ11 is a versatile vibration fingerprint system with a wide range of applications. Its non-contact sensing system enables it to detect even the slightest vibration on the object surface. This provides a reliable means of identification and authentication of various types of objects, and also offers a hands-free approach to non-destructive testing and surface roughness measurement. GZ11 is an invaluable tool for any application that requires identification and authentication, non-destructive testing or surface roughness measurement.

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