Geely's stamping machine axles and gears got damaged, causing a work stoppage. Since there are no blueprints, they can't be repaired or remade. A well-known car manufacturer in Xiangtan needs to do 3D scanning of the stamping machine axles and gears to get high-precision 3D data, reverse-engineer the axles and gears, and quickly fix them to reduce the company's losses.

On-site photo of Geely Auto stamping machine bed wheel axle

        Car stamping machine axles and gears are quite large and bulky, with uneven surface contours and many hard-to-reach spots on the gears. Customers need very precise data on the appearance of these axles and gears to achieve perfect repairs. Using traditional measurement methods is too slow and not very accurate, making it hard to measure the overall structure of the axles and gears quickly and accurately, which adds difficulty to later reverse engineering and modeling repairs. It also wastes a lot of manpower and resources.

Geely Auto stamping machine parts scanning site

Geely Auto stamping machine parts scanning site

        Because car stamping machine axles and gears have a complex overall structure and are large and heavy, it's important to be able to quickly repair them. Engineers at Hualang 3D came up with a solution: using the HL-3DS photo-based 3D scanner to quickly capture 3D data of the car stamping machine's axles and gears. It's not only fast, easy to operate, and time-efficient, but also highly precise, meeting the customer's scanning needs and successfully solving the problem they faced.

Geely car stamping machine gear STL data diagram

Geely car stamping machine gear STL data diagram

Geely Auto stamping machine gear solid model drawing

STL Data Diagram of Geely Car Press Machine Axle

STL Data Diagram of Geely Car Press Machine Axle

Geely Auto Stamping Machine Spindle 3D Model