Detection background:

With the rapid popularity of computer game applications and the increasingly widespread application of networking and information technology, the market demand for computer games, especially e-sports games external equipment continues to grow. As an external essential device for gamers, the performance and quality of the gaming mouse is directly related to the gamer's gaming experience and competitive level. Therefore, 3D inspection of gaming mouse to ensure that its size, shape and performance meet the design requirements is of great significance to improve product quality and market competitiveness.

How is mouse 3D detected?

Mouse 3D inspection mainly involves the precise measurement and analysis of the 3D shape, size and performance of a mouse. This usually requires the use of high-precision 3D scanning equipment and techniques, such as photographic high-precision scanners or line laser sensors. Through 3D scanning, the 3D data of the mouse can be obtained, which can then be used for a series of technical services such as reverse design modelling and 3D dimensional deviation detection.

Inspection solution: POMEAS line laser profile scanning solution

The POMEAS Line Laser Contour Scanning solution is designed for high accuracy 2D contour scanning. It offers speed, accuracy and superior performance to measure all difficult-to-detect objects with stability and high accuracy. Its Z-axis has 0.05% linearity and 0.01% resolution, ensuring accurate measurement results. In addition, the sensor has the advantage of non-contact measurement, adapting to a wide range of measured surfaces, and a sampling rate of up to 6,800 profiles/second for high image quality.

Detection Chart:

POMEAS line laser profile scanners are not only suitable for 3D inspection of gaming mice, but are also widely used for online measurement of wheel rims and track wear on running trains, online measurement of the contours of automotive tyres and weld seams, and online measurement of high-precision object contours and 2D displacements.