The customer is an automotive manufacturing enterprise that integrates research, development, production, and sales, and needs to conduct testing and comparative analysis of the instrument panel. Traditional measurement methods cannot quickly and comprehensively obtain data. In order to meet market demand and improve enterprise competitiveness, customers have decided to abandon traditional measurement methods and introduce new scanning and comparison methods. We understand that HOLON 3D is the first handheld 3D scanner manufacturer in China, which can quickly and accurately obtain data, comprehensively compare and analyze whether the product is qualified, and improve product quality and testing efficiency.
Scanning scene map of automobile instrument panel
Practical problems
1. The surface of the product is black, with many curved surfaces, large radians, complex hole positions, and many included angles. It is not suitable to spray developer, which increases the difficulty of scanning.
2. In addition to improving detection efficiency and rapid analysis, measurement accuracy should also be controlled, requiring global measurement accuracy to be controlled within 0.02mm.
Scanning scene map of automobile instrument panel
Holon solutions According to the problems faced by customers, HOLON 3D quickly summarizes feasible solutions based on its accumulated experience. Paste marker points on the scanned sample to facilitate fixed point splicing. Use the HOLON 3D handheld 3D scanner HOLON B71 to quickly and comprehensively scan the sample, with extremely fast scanning speed and high measurement accuracy. Moreover, it can be visualized in real time, and the part being scanned can be seen on the computer screen, which can be used to fill in gaps and make it convenient and practical.
Scan to obtain high-precision data, import 3D data into 3D software for processing, analyze the data, and check whether the instrument panel is qualified or where there are problems. The detailed scanning processing effect is good, improving product quality and testing efficiency, and providing reference data for later product development.
Using a hand-held three-dimensional scanner to measure automotive instrument panels speeds up the cycle of product development and transformation, greatly reducing the time and cost of later vehicle modifications.
Vehicle Instrument Panel STL Data Diagram
Vehicle Instrument Panel STL Data Diagram