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Automotive research and development and technologies rely on independent research by the enterprise's own R&D personnel, resulting in long R&D cycles. Adopting 3D scanners for comprehensive reverse design of automobiles runs through the entire automobile production and manufacturing process, greatly shortening the early-stage R&D cycle and enabling enterprises to maintain advanced and timely technologies.
Complete vehicle
3D scanning technology is adopted to obtain the shape data of the whole vehicle. It abandons traditional scanning and measurement methods, accelerates technical personnel's design improvements, enables the design of better automotive appearances and enhances market competitiveness. The combined use of a 3D photogrammetry system and a 3D scanner improves the overall point cloud registration accuracy of the 3D scanner, reduces operation time, boosts work efficiency and delivers higher scanning precision. The data is imported into 3D software for processing and analysis to solve customers' problems. The accurate data can be applied by customers in subsequent design optimization.
Car Interior Space
Holon 3D was commissioned by a well-known racing company to optimize racing car safety. After understanding the actual conditions, engineers from Hualang 3D used the HL-3DW 3D scanner to scan the interior space and engine compartment of the racing car, and installed a roll cage and engine protection devices to improve the safety of the racing car.
Car suspension system
Engineers from Holon Technology used a 3D scanner (HL-3DS+) and a 3D photogrammetry system (HL-3DP) to scan the racing suspension for a team of an international racing series. The client needs to use the high-precision 3D data obtained from the scanning to tune the racing suspension system, enabling the race car to deliver outstanding performance in competitions.
